Top-Rated Leaded Glasses: Our 10 Best Picks

What are Leaded Glasses?

Leaded glasses, or radiation glasses, protect your eyes from the harmful effects of radiation. Since our eyes are one of the most radiation-sensitive areas on our bodies, they must be protected whenever you’re operating, or around the operation, of machines such as: Radiographs, Fluoroscopes, X-rays, Irradiators, Electronic Microscopes, and Particle Accelerators. This is why many brands, like Phillips, specialize in making high-quality leaded prescription safety glasses for fit-over and wraparound styles.

As the years have gone by, new types of radiation equipment have been developed that are stronger than ever before. As technology keeps advancing, safety glasses have to change to remain as protective as ever. Ophthalmologists and researchers stay up to date, creating leaded glasses for ever-improving devices. 

As of 2020, all prescription and non-prescription leaded glasses must have CE1020 approval. In order to have this certification, leaded glasses have to be equipped with high quality .75mm lead equivalency lenses. If a pair has side shields, they must have .5mm Pb lead equivalency as well.

These requirements are necessary for radiation glasses, but other qualities like comfort, fit, and style are also a factor when shopping for safety glasses.

What to Look For

If you are shopping for radiation protective eyewear, there are some important qualities that you should look for. You want them to be adjustable and comfortable in order to avoid unnecessary drops, which can damage the frame or cause scratches on your lenses. Look for frames that are built from a strong material, such as durable nylon, and which fit your head size correctly. Remember, not all leaded glasses fit every head shape. Most frames are built to fit different sizes. 

You’ll also want your pair to be as lightweight as possible, because of how long you’ll be wearing them. Most users need to wear leaded glasses for long periods of time, so if you feel pressure under your eyes, on your cheek, or other noticeable pressure from your glasses, they may be too heavy for extended use. If your glasses also fall down your nose when you look down, that can be a sign that your glasses don’t fit well and are too heavy for your face.

Most importantly, you want to see clearly when you are operating any equipment that emits radiation, for your safety and the safety of anyone around you. If you are looking for prescription leaded glasses, not all types can be made in your prescription. Any pairs that you like that cannot be made in your prescription may be able to fit over existing eyewear, so make sure to check.

Most models can fit over a variety of glasses, but there are some that are better for it than others, like the Phillips RG-33. For radiation glasses that can be made in your prescription, you have the option of single vision, bifocal, or progressive lenses. You might also want wraparound tech for added protection such as side shields. For some models, you can also add popular features like foamed temples, for comfort, or anti-fog technology, for clearer vision. 

Below, we have put together a list (in no specific order) of our top leaded safety glasses. All of these models include our distortion-free SF-6 Schott Glass radiation-reducing lenses with .75mm lead equivalency and are CE certified.

Top Leaded Glasses

The Nike Flo radiation glasses are designed to provide high-quality protection against radiation. They are equipped with SF-6 Schott glass lenses, which are effective in reducing radiation. These glasses have 0.75mm Pb lead equivalency protection, providing an added layer of safety. They are CE certified and come with clear lenses, making them suitable for prescription use. The glasses are crafted from durable plastic, featuring a lightweight rectangular frame, single bridge, and rubberized temple bars. These features ensure the glasses are comfortable to wear for extended periods. Weighing only 70g, the Nike Flo radiation glasses are a great choice for anyone looking for reliable and lightweight radiation protective eyewear.

The Oakley Holbrook lead glasses combine the iconic style of Oakley with high-quality radiation protection. Featuring distortion-free SF-6 Schott glass lenses with 0.75mm Pb lead equivalency, these glasses provide superior protection in radiation-prone environments. Weighing just 74g, the lightweight yet durable rectangular frame is crafted from premium plastic, ensuring long-lasting comfort. The Holbrook’s design is enhanced by a saddle bridge, offering a secure fit for extended wear. Available in various colors, these glasses are as stylish as they are functional, and are also prescription-compatible for those requiring corrective lenses.

One of the better fit-over and cost-friendly models on our list, the Radiation Glasses 33 fit very well for most head sizes. They tend to be a little on the bulkier side, but this just means that they fit over a more varied set of prescription eyewear. You can expect this pair to be incredibly sturdy for its lightweight design and comfortable to wear for long periods of time.

If you are looking for style with your safety, the Radiation Glasses 15011 are a great option. This sleek, rectangular frame provides a clean look, but with bold lines that look good on any face shape. With its wide design, it fits best on medium to large heads. Not only will the Radiation Glasses 15011 look good on you, but it can also protect your eyes from radiation from almost any angle as they are equipped with built-in, permanent side shields for added protection.

The Radiation Glasses Q200 have a lightweight, wraparound frame, that features removable leaded side shields for added eye protection. They fit very well on most head shapes as the frame material is flexible, but still durable. For added comfort, the rubber-coated temple bars sit comfortably against your head, and the saddle bridge nose pad provides slip resistance from sweat.

The range of vision on the Phillips F126 is greater than many competing models on our list as the lenses are significantly taller and wider. Many glass working artists prefer this pair because of the excellent color recognition they get from the larger range of vision it gives. With its stylish industrial design, this pair fits very well for most larger head sizes and features side shields for that added bit of protection.

The J136 is another great option for surgeons with medium to large head sizes. Similar to the Nike Brazen, the J136 is a well-balanced frame that makes for a comfortable fit throughout the day. This model comes with an adjustable nose piece and are one of few frames on our list that can be made with prescription lenses, providing a clear view of your work.

The Wiley X Boss radiation glasses are perfect for environments with radiation, such as medical and industrial settings. They feature SF-6 Schott glass lenses with 0.75mm Pb lead equivalency for excellent radiation protection. Lightweight and comfortable, they have a durable plastic wraparound frame, clear CE Certified lenses, and a foam eyecup with a removable facial cavity seal. The glasses are designed to block wind, dust, and debris, ensuring comfort and safety during prolonged use.

The Nike Premier, a standout contender in Nike’s lineup of radiation glasses. Sporting a sophisticated, translucent frame, they exude an understated elegance reminiscent of everyday eyewear. But make no mistake, beneath this unassuming facade lies a pair of top-tier leaded safety glasses, built to withstand the rigors of various radiation applications. Designed for prolonged wear, they offer a snug fit for most head sizes, while their stopper hinges ensure stability and prevent discomfort even during extended use.

The Nike Brazen is great for professionals in the medical field thanks to it’s incredible balance. While a little heavier than other leaded glasses, the Brazen will sit snuggly on your face and is comfortable to wear for long periods of time. This is why professionals doing delicate, time-consuming work, such as surgeons, prefer the Brazen. The ventilated nose bridge helps prevent fog build-up inside the frame, providing superior vision throughout the day, no matter how humid your work environment is.

Buying your Next Pair

Choosing a pair of Leaded Glasses can be a daunting prospect with many parameters to keep in mind. We hope that our list helped you in making your selection and provided you with the information that you need to stay safe in your work. You can find any of these frames at www.Phillips-Safety.com, in our catalog, along with our full selection of Radiation Glasses and safety products. For any questions about picking the right pair for you, or determining the best fit for your needs, please reach out to one of Customer Service Specialists who can provide you with the best and most up-to-date information possible.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Laser Warning Signs with Magnetic Back

The increasing use of lasers in the workplace has led to a well-informed workforce aware of the importance of following proper safety guidelines, such as using safety barriers and eyewear to protect their eyes. However, did you know that appropriate laser signage is also required by OSHA and ANSI standards? These standards specify that signage must meet certain criteria, including specific content and design details like the color of the lettering and background.

Here is an excerpt from “Control Measures and Safety Programs,” part VI of the OSHA Technical Manual, Section III, Chapter 6:

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a. Class IIIA (beam irradiance 2.5 mW/cm2), Class IIIB and Class IV lasers: Require the ANSI DANGER sign format: white back-ground, red laser symbol with black outline and black lettering (see Appendix III:6-4). Note that under ANSI Z 136.1 criteria, area posting is required only for Class IIIB and Class IV lasers.

b. Class II or Class IIIA areas (if area warning is deemed unnecessary by the LSO): All signs (and labels) associated with these lasers (when beam irradiance for Class IIIA does not exceed 2.5 mW/cm2) use the ANSI CAUTION format: yellow background, black symbol and letters.

c. During times of service and other times when a temporary laser-controlled area is established, an ANSI NOTICE sign format is required: white background, red laser symbol with blue field and black lettering. This sign is posted only during the time when service is in progress. Examples of area warning signs and logotype designs are given in Appendix III:6-4.

OSHA Technical Manual, Section III, Chapter 6

Control Measures and Safety Programs, part VI

a. Class IIIA (beam irradiance 2.5 mW/cm2), Class IIIB and Class IV lasers: Require the ANSI DANGER sign format: white back-ground, red laser symbol with black outline and black lettering (see Appendix III:6-4). Note that under ANSI Z 136.1 criteria, area posting is required only for Class IIIB and Class IV lasers.

b. Class II or Class IIIA areas (if area warning is deemed unnecessary by the LSO): All signs (and labels) associated with these lasers (when beam irradiance for Class IIIA does not exceed 2.5 mW/cm2) use the ANSI CAUTION format: yellow background, black symbol and letters.

c. During times of service and other times when a temporary laser-controlled area is established, an ANSI NOTICE sign format is required: white background, red laser symbol with blue field and black lettering. This sign is posted only during the time when service is in progress. Examples of area warning signs and logotype designs are given in Appendix III:6-4.

OSHA Technical Manual, Section III, Chapter 6

Control Measures and Safety Programs, part VI

Even low-power lasers with only a few milliwatts of output can be hazardous to human eyesight. That’s why Phillips Safety Products offers a range of laser warning signs, alongside laser barriers, filters, windows, and eyewear, to ensure safe and legal operation. These signs provide immediate warnings, adhere to ANSI requirements, are easily understood in any language, and measure 10” high x 14” wide for maximum visibility.

Phillips Safety Products provides the following variations, featuring magnetic backing for quick installation and removable, reusable signage:

Ensuring proper laser signage is crucial for maintaining a safe working environment and compliance with safety standards.

If you still aren’t sure which laser warning signs are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Fiber Optic Laser Safety Glasses

With advancements in laser technology, fiber lasers have become increasingly prevalent. Despite the common misconception, the correct term for these lasers is “fiber lasers,” not “fiber optic lasers.” While fiber lasers use optical fibers, they are distinct from lasers used with fiber optic cables.

If you’re seeking safety glasses for fiber lasers, it’s crucial to distinguish between safety glasses for fiber laser systems and those used for handling fiber optic cables. For fiber optic cables, standard safety glasses are sufficient to protect your eyes from potential hazards. However, fiber laser systems require specialized protection due to their intense beams.

Here’s what you need to know about selecting the right safety glasses for fiber lasers:

Wavelength Matching

Fiber lasers can operate across various wavelengths. Identify the specific wavelength of your fiber laser to ensure you select glasses with the appropriate optical density to provide effective protection.

Optical Density

Laser safety glasses must match the wavelength of the fiber laser to adequately attenuate the beam. This is similar to other laser systems, where the glasses must be tailored to the specific wavelength of the laser in use.

Protection Standards

Fiber lasers pose a significant risk to eye safety, comparable to other high-powered lasers. Always respect the potential danger by wearing proper protective eyewear and attire in the laser’s operational area.

Future Trends

As fiber lasers become more common, ensuring you have the right safety equipment is essential. These lasers are an efficient method for generating laser beams, and their use is likely to increase.

If you work with fiber lasers, it’s vital to always wear the correct laser safety glasses and other protective gear. A small lapse in safety could lead to severe consequences, including vision loss.

For any questions about fiber lasers or the appropriate safety glasses, feel free to contact us. Stay safe and ensure your laser equipment is used with the highest safety standards.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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808nm Laser Goggles: Essential Protection for Laser Applications

Lasers operating at 808nm are versatile and widely used in various fields. One of their most common applications is in dermatology, specifically for laser hair removal. During this procedure, the laser targets the base of the hair follicle, effectively disrupting hair growth after multiple sessions. With increased power output, 808nm lasers also find use in engraving and cutting tasks.

Using Class IIIA, Class IIIB, or Class IV lasers necessitates proper eye protection. This is especially critical for 808nm lasers, as their near-infrared wavelength is not visible to the naked eye (the visible spectrum ranges from 400-700nm). Ensuring safety against potential harm from these invisible beams is paramount.

Laser Safety Eyewear from Phillips Safety

Phillips Safety Products offers a range of laser glasses and goggles designed to protect against various laser wavelengths. These safety glasses shield your eyes from the harmful reflected or scattered radiation emitted by laser light. For 808nm lasers, Phillips provides several lens options:

Filter
Lens Color
VLT
Wavelength
Alexandrite/Diode High Light Transmission
Blue
55.5%
OD 6+ at 690-1000nm
Argon/Ruby/Diode/Alexandrite/YAG/CO2
Brown
21%
OD 7+ at 710-1200nm
Multiwave YAG/Alexandrite/Diode
Light Blue
64%
OD 7+ at 700-1200nm
Vbeam/Vbeam2/Dye Filter
Purple
22.7%
OD 7+ at 795-810nm
YAG/Alexandrite/Diode/Homium
Light Blue
50%
OD 7+ at 704-1600nm
Filter
Lens Color
VLT
Wavelength
Alexandrite/Diode
Pink
32.6%
OD 5+ at 730-855nm
OD 7+ at 755-830nm
D680 UV Excimer/Diode/InGaAs
Green
50%
OD 3+ at 745-1115nm
OD 5+ at 800-904nm
D81 Diode 810nm Filter
Yellow-Green
68%
OD 5+ at 800-830nm
Diode/Alexandrite
Green
38%
OD 5+ at 800-980nm
DH83 Laser Safety Filter
Brown
33%
OD 4+ at 808-850nm
Diode
Green
2.8%
OD 6+ at 600-900nm
Intense Pulse Light (IPL)
Green
14%
OD 1.5+ at 550-1100nm
OD 3+ at 620-1050nm
Alexandrite/Diode/YAG
Green
41%
OD 5+ at 730-1085nm
Multiwave YAG/Harmonics/Alexandrite/Diode
Amber
10.6%
OD 5+ at 730-1090nm

Alexandrite/Diode High Light Transmission – Blue, 55.5% VLT, OD 6+ at 690-1000nm
Argon/Ruby/Diode/Alexandrite/YAG/CO2 – Brown, 21% VLT, OD 7+ at 710-1200nm
Multiwave YAG/Alexandrite/Diode – Light Blue, 64% VLT, OD 7+ at 700-1200nm
Vbeam/Vbeam2/Dye Filter – Purple, 22.7% VLT, OD 7+ at 795-810nm
YAG/Alexandrite/Diode/Homium – Light Blue, 50% VLT, OD 7+ at 704-1600nm

Alexandrite/Diode – Pink, 32.6% VLT, OD 5+ at 730-855nm and OD 7+ at 755-830nm
D680 UV Excimer/Diode/InGaAs – Green, 50% VLT, OD 3+ at 745-1115nm and OD 5+ at 800-904nm
D81 Diode 810nm Filter – Yellow-Green in color, 68% VLT, OD 5+ at 800-830nm
Diode/Alexandrite – Green, 38% VLT, OD 5+ at 800-980nm
DH83 Laser Safety Filter – Brown, 33% VLT, OD 4+ at 808-850nm
Diode – Green, 2.8% VLT, OD 6+ at 600-900nm
Intense Pulse Light (IPL) – Green, 14% VLT, OD 1.5+ at 550-1100nm and OD 3+ at 620-1050nm
Alexandrite/Diode/YAG – Green, 41% VLT, OD 5+ at 730-1085nm
Multiwave YAG/Harmonics/Alexandrite/Diode – Amber, 10.6% VLT, OD 5+ at 730-1090nm

Choosing the Right Safety Eyewear

Your laser’s user manual or label often provides details on the necessary operating parameters, including the appropriate safety eyewear. Additionally, consulting with your organization’s Laser Safety Officer (LSO) can ensure you select the correct protection. For any uncertainties, Phillips Safety Products offers free consultations and optical density calculations from their laser safety experts.

Proper eye protection is essential for anyone working with 808nm lasers. By choosing the right safety goggles or glasses, you can protect your vision and work safely with these powerful tools.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Laser Safety for Operating Room

Laser safety is crucial not only for industrial workers but also for medical professionals, particularly those working in operating rooms. This encompasses a broad range of individuals, including doctors, surgeons, assistants, residents, patients, anesthesiologists, and observers who may be present in environments where class 3B or class 4 lasers are used.

Essential Aspects of Laser Safety

Ensuring proper laser safety in the operating room involves adhering to several critical guidelines, particularly those outlined in the ANSI Z136.3 standard. This standard specifies that laser use in the healthcare sector must adhere to the following protocols:

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Clearly visible and appropriate warning signs must be in place.

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Personnel must wear garments that meet laser skin protection standards.

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Laser equipment must comply with safety codes, including interlocks and automatic shutdown mechanisms.

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Laser equipment must comply with safety codes, including interlocks and automatic shutdown mechanisms.

Additionally, the presence of a certified Laser Safety Officer (LSO) is mandatory whenever a laser is in use. The LSO can be a physician, circulating nurse, or biomedical technician.

Potential Hazards
and Precautions

Laser hazards in the operating room encompass a variety of risks, including skin and eye injuries as well as fire hazards from explosive gases and electrical equipment. Key safety measures to mitigate these risks include ensuring that all personnel and patients wear wavelength-specific goggles or glasses with side shields. Additionally, surgeons and technicians operating laser equipment without wavelength-specific scope filters must use appropriate protective eyewear.

Laser Safety Products

Phillips Safety offers a comprehensive range of laser protective equipment for operating rooms, including:

Available in polycarbonate or glass lenses, these come in various frame styles and protective wavelength options.

Suitable for enclosures, walls, glove boxes, and windows, with custom sizes available upon request.

Magnetic and plastic signs available for Class 3A, 3B, 3R, and Class 4 lasers.

Both mobile and fixed barriers with double- or triple-reinforced seams, customizable to specific requirements.

Adhering to these safety guidelines and utilizing appropriate protective equipment ensures a safer environment for everyone involved in laser procedures in the operating room.

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Laser Safety Products

Phillips Safety offers a comprehensive range of laser protective equipment for operating rooms, including:

Available in polycarbonate or glass lenses, these come in various frame styles and protective wavelength options.

Suitable for enclosures, walls, glove boxes, and windows, with custom sizes available upon request.

Magnetic and plastic signs available for Class 3A, 3B, 3R, and Class 4 lasers.

Both mobile and fixed barriers with double- or triple-reinforced seams, customizable to specific requirements.

Adhering to these safety guidelines and utilizing appropriate protective equipment ensures a safer environment for everyone involved in laser procedures in the operating room.

If you still aren’t sure which laser safety products are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Laser Safety Glasses for Tattoo Removal: Ensuring Comfort and Protection

Are you in search of laser safety glasses for tattoo removal procedures? Whether you are a doctor, technician, or part of a laser spa team working with YAG, IPL, or other laser systems, or if you need safety glasses for your patients, you’ve come to the right place. Ensuring safety and comfort during tattoo removal procedures is paramount, and the right laser safety glasses play a crucial role.

Importance of Laser Safety Glasses for Tattoo Removal

Laser safety glasses for tattoo removal are essential to ensuring the safe and effective removal of tattoos. It’s important to remember that, unlike other laser procedures where patients may be unconscious, during tattoo removal, patients are awake and watching the entire process. This makes it vital to not only protect but also reassure them through your professional appearance.

A key factor to keep in mind is patient comfort. Tense or anxious patients can lead to complications during the procedure, and an uncomfortable patient may opt for a different facility for their subsequent treatments. The best way to maintain patient comfort and confidence is by wearing attractive and non-intimidating safety glasses instead of bulky, daunting goggles.

Why Choose Our Laser Safety Glasses?

Here’s what you should know about our range of laser safety glasses for tattoo removal:

Comprehensive Selection

We carry a full line of laser safety eyewear suitable for tattoo removal, including Nd:YAG and IPL laser safety glasses. Our selection ensures that you will find the perfect glasses for your specific laser type.

Comfort and Style

Our laser safety glasses are designed to be both comfortable and visually appealing. This helps keep your patients calm and reassured during the procedure. Comfortable and stylish glasses contribute to a professional appearance and patient trust.

Variety of Styles

We offer a variety of styles to ensure maximum comfort and a polished look. From sleek and modern designs to more traditional options, we have something to suit every professional setting.

Patient Safety Glasses

We also provide laser glasses for clients to wear. Options include adjustable fitovers that can be worn over regular glasses and sturdy goggle styles for enhanced protection.

Always Prioritize Safety

Laser safety glasses should be worn at all times during the laser tattoo removal process to protect both the operator and the patient. Proper eyewear ensures that everyone involved is shielded from potential laser hazards.

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Custom Solutions and Support

If you have any questions about laser safety glasses, laser safety for tattoo removal, or determining the right eyewear for your needs, please don’t hesitate to contact us. Our goal is to ensure you have the best safety glasses for your job.

Additionally, we offer custom printing and engraving on frames. This allows you to personalize your safety glasses, adding a touch of professionalism and branding to your practice.

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Contact Us

For more information or assistance in selecting the perfect laser safety glasses for your tattoo removal procedures, reach out to our team. We are here to help you provide the safest and most comfortable experience for your patients.

Ensure your procedures are safe, effective, and reassuring with our top-of-the-line laser safety glasses.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Welding Filter Plate for TIG Welding

Need a filter plate to work with TIG? Look no further than Phillips Safety’s welding filter plate for TIG welding. In this article, we delve into the benefits of our Super Blue and Super Magenta drop-in lenses, exploring how they improve visual acuity and overall welding quality. Whether you’re a seasoned welder or just starting out, integrating our filter lenses into your workflow can significantly enhance your craft. Let’s dive in and discover how these innovative lenses can take your welding to the next level.

Welding Filter Plate for TIG Welding

Welders equipped with helmets featuring removable lenses enjoy a notable advantage over those utilizing electronic lenses: the ability to conveniently and affordably adjust the color and filter type of their lenses. Our latest offering, the Welding Filter Plate designed specifically for TIG Welding, presents a significant boon for welders engaged in TIG welding alongside other welding methods.

Our TIG filter plate seamlessly integrates behind your standard welding lens, although it’s imperative to emphasize that it must be utilized in conjunction with your regular green welding lens. While the green lens effectively blocks ultraviolet (UV) and infrared (IR) light, it fails to counter sodium flare, characterized by a glaring orange light emitted during welding. By effectively blocking this disruptive sodium flare, our TIG filter plates enhance visual clarity, fostering better welds and promoting more comfortable working conditions for your eyes.

Available in both blue and magenta variants, our welding filter plate tailored for TIG welding serves as an ideal solution for elevating visual acuity during TIG welding sessions.

■ Our Super Blue Drop In welding lens is a perfect and affordable solution to blocking the bright orange light that comes from sodium flare during TIG welding.

■ The Super Blue drop in welding lens for TIG welding adds only about 1/2 shade to your normal welding lenses.

■ The Super Blue lens is polycarbonate and therefore can be destroyed by spatter. Always insert it behind your welding lens, so the glass welding lens is facing the working area.

■ Our Super Magenta Drop In welding lenses are the best for increasing visual acuity and enhancing your work during welding. This lens blocks sodium flare while enhancing the spectrum of light coming through to your eyes, giving you the BEST vision imaginable during your work.

■ Great vision from the Super Magenta lens means the best craftsmanship you are capable of, and all of our welders who tested this lens said they noticed a significant increase in the quality of their work.

■ The Super Magenta drop in lens adds about 1/2 shade to your normal welding lenses.

■ Always use the Super Magenta lens behind your welding lens so the cheaper welding lens is the one facing the work and getting spattered. This will extend the life of your magenta lens indefinitely.

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■ Don’t store either the Super Blue or Super Magenta lenses in a tool box. Always store separately, in a protective sleeve or case.

■ NEVER use either the Super Blue or Super Magenta lens by itself! Always use in combination with the green IR welding lens that is appropriate for the work you’re doing.

■ Using a welding filter plate for TIG welding will absolutely improve the quality of your work, the comfort of your eyes, and your confidence behind the torch.

Conclusion

If you’re aiming to elevate your work, a filter lens is the way to go. Whether you’re uncertain about which welding lenses suit your needs or want advice on torch usage, don’t hesitate to reach out – we’re here to help. We’re also eager to hear your feedback if you’ve tried our welding filter plates! Spread the word about how our filter lenses can revolutionize your welding experience, enabling you to produce superior welds with minimal cleanup. Let’s take your craftsmanship to new heights together.

If you still aren’t sure which welding lenses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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What are lead markers used for?

In the bustling environments of hospitals and industrial workplaces, precision and clarity are paramount. Among the numerous tools that aid professionals in these settings, lead markers stand out as a necessity, particularly in radiographic imaging. These markers play a crucial role in identifying anatomical sides and ensuring accurate diagnostic outcomes. At Phillips Safety, we understand the importance of these tools and offer a wide range of high-quality lead markers designed to meet diverse needs while remaining stylish and affordable.

The Importance of Lead Markers
in Radiography

Lead markers, also known as X-ray markers or radiographic markers, are indispensable in the field of radiography. They serve to identify the anatomical side of the body being imaged, marking “left” or “right” clearly on radiographic images. This identification is critical in preventing diagnostic errors and ensuring that images are accurately interpreted. Additionally, some markers can include dates, patient names, or other relevant information, further aiding in the organization and clarity of medical records.

Customizable Lead Markers: Tailored to Your Needs

At Phillips Safety, we pride ourselves on offering customizable lead markers that cater to the specific requirements of radiographers. Our markers are crafted from durable hard plastic and encased in aluminum, ensuring longevity and resilience. The heavy metal alloy lettering, sealed under crystal clear epoxy, guarantees enhanced readability, making it easier for radiographers to interpret images accurately.

Our lead markers are not only functional but also versatile. We provide options for marking “right” and “left,” along with directional arrows to suit every imaging need. Customization extends to adding up to three initials, allowing for personalized markers that can be processed within 1-3 business days before shipment. For those who prefer simplicity, plain markers are also available on demand.

Benefits and Options: Enhancing Clarity and Precision

The use of lead in our markers ensures clarity and resistance to fading, making them ideal for X-ray lettering. To further enhance the ease of use, we offer markers in various colors, with red denoting “right” and blue indicating “left.” This color-coding system simplifies the identification process during imaging.

Our selection of lead markers comes in a variety of shapes, including squares, circles, and even heart-shaped designs. This diversity ensures that we can meet the unique preferences and requirements of different radiographic professionals. Whether you need markers for general imaging or specific procedures, Phillips Safety has you covered.

Care and Maintenance: Preserving Marker Integrity

To ensure the longevity and optimal performance of your lead markers, proper care and maintenance are essential. We recommend washing the markers with soap and water to keep them clean and free from contaminants. However, it is important to avoid autoclaving, as the high temperatures can compromise the integrity of the markers.

Why Choose Phillips Safety for Your Lead Markers?

At Phillips Safety, we are committed to providing high-quality, stylish, and affordable lead markers. Our extensive collection is designed to enhance image clarity and precision, ensuring that radiographers have the tools they need to perform their jobs effectively. With customizable options, durable construction, and a variety of shapes and colors, our lead markers are the perfect addition to any radiographic toolkit.

By choosing Phillips Safety, you are investing in reliable and innovative optical solutions that have been trusted in the industry for years. Our dedication to quality and customer satisfaction ensures that you receive the best products to support your professional needs.

In conclusion, lead markers are a vital component of radiographic imaging, providing clarity and accuracy in identifying anatomical sides. At Phillips Safety, we offer a comprehensive range of customizable, durable, and stylish lead markers to meet your specific needs. Explore our collection today and experience the difference that quality and precision can make in your work.

If you still aren’t sure which lead markers are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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What PPE to Wear During Fluoroscopy

When it comes to fluoroscopy, safeguarding yourself from harmful x-ray radiation is paramount. Fluoroscopes, while invaluable in medical procedures, emit x-rays that can accumulate in your body over time, leading to significant health risks if proper protection isn’t used. Here’s a comprehensive guide on the personal protective equipment (PPE) you need to wear during fluoroscopy to ensure your safety.

Why Protection is Crucial

Fluoroscopes expose operating doctors to continuous x-ray radiation, which can be detrimental without adequate protection. This exposure not only increases the risk of cancer but has also been linked to cataracts and other severe health issues. Therefore, covering as much of your body as possible with leaded apparel is essential.

Key PPE for Fluoroscopy

A leaded apron is the cornerstone of your protective gear. It effectively shields most of your body from radiation. Ensure that your apron fits well and provides comprehensive coverage.

The thyroid gland is particularly sensitive to radiation. A radiation thyroid shield protects this vulnerable area, reducing the risk of thyroid cancer and other radiation-induced conditions.

Leaded Gloves

Your hands are often closest to the source of radiation during procedures. Leaded gloves protect them from direct exposure, safeguarding your skin and bones from potential damage.

Eye protection is critical, as x-ray exposure has been correlated with the development of cataracts among fluoroscopy surgeons. Leaded glasses should have a minimum of 0.75mm Pb equivalency to ensure sufficient attenuation of x-rays. If you wear prescription glasses, look for leaded eyewear made to your prescription for optimal protection and clarity.

Disposable Radiation Hats

Disposable radiation hats offer an additional layer of protection for your head, especially important for procedures that involve prolonged exposure. These hats are designed to shield your scalp and brain from scattered radiation, adding another vital safeguard to your protective ensemble.

Radiation face masks protect the delicate tissues of your face from scattered x-rays. These masks are particularly important for procedures that involve high levels of exposure and close proximity to the radiation source. Ensure your face mask fits well and provides comprehensive coverage.

Selecting the Right Leaded Eyewear

Choosing leaded eyewear can be tricky. Unlike other leaded apparel, which is relatively straightforward to size and fit, leaded glasses need to meet specific standards. Ensure that your safety glasses have at least 0.75mm Pb equivalency to provide adequate protection against x-ray radiation.

Our Line of Leaded Apparel

At our store, we offer a full range of leaded apparel, including lead aprons, disposable radiation hats, and radiation thyroid shields. Our products are designed to provide maximum protection, ensuring that you stay safe during every procedure. We understand the importance of quality and reliability in protective gear, which is why our leaded apparel meets the highest standards.

Selecting the Right Leaded Eyewear

Choosing leaded eyewear can be tricky. Unlike other leaded apparel, which is relatively straightforward to size and fit, leaded glasses need to meet specific standards. Ensure that your safety glasses have at least 0.75mm Pb equivalency to provide adequate protection against x-ray radiation.

Our Line of Leaded Apparel

At our store, we offer a full range of leaded apparel, including lead aprons, disposable radiation hats, and radiation thyroid shields. Our products are designed to provide maximum protection, ensuring that you stay safe during every procedure. We understand the importance of quality and reliability in protective gear, which is why our leaded apparel meets the highest standards.

Conclusion

If you’re a doctor working in fluoroscopy, investing in the right PPE is not just a precaution—it’s a necessity. Proper protective gear, including leaded aprons, thyroid collars, gloves, glasses, disposable radiation hats, and thyroid shields, will help mitigate the risks associated with x-ray exposure, ensuring your long-term health and safety.

Now that you’re informed about the essential PPE for fluoroscopy, explore our selection online! Our store has everything you need to protect yourself from harmful x-rays as you work. Stay protected, stay healthy, and focus on what you do best—caring for your patients.

If you still aren’t sure which radiation safety products are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Laser Safety Glasses for a Holmium Laser

When working with Holmium lasers, ensuring you have the right eye protection is paramount. Holmium lasers are widely used in both medical and industrial applications due to their precise cutting and coagulating abilities. However, their powerful beams can pose serious risks to your eyes if not properly protected. This is where Phillips Safety comes in with their advanced KG5 and KG5+ laser safety glasses. Let’s delve into why these glasses are essential and how they can protect you.

Understanding
Holmium Lasers

Holmium lasers emit light at a wavelength of around 2.1 micrometers (2100 nm). They are particularly effective in medical procedures, such as lithotripsy for kidney stones and arthroscopic surgery, as well as in various industrial applications. The intense energy produced by Holmium lasers can cause severe eye injuries if adequate protective measures are not taken. Therefore, specialized laser safety glasses are necessary to safeguard your vision.

Phillips Safety's KG5 and KG5+ Filters

Phillips Safety offers two superior filters for laser safety glasses designed to protect against the harmful effects of Holmium lasers: the KG5 and KG5+ filters. Both filters offer high visible light transmission (VLT) and are clear, ensuring comfortable and precise vision while providing excellent protection.

The KG5 laser safety glasses are renowned for their exceptional clarity and protection. These glasses feature a clear lens filter with a VLT of 75%, making them almost completely clear and very comfortable to work in. The KG5 lenses are made from optical-quality German glass, ensuring precise vision. They meet ANSI Z87.1 and ANSI Z136.1 safety standards and are CE certified.

In addition, most KG5 glasses can be made in prescription form, eliminating the need for fitovers.

For even greater protection, Phillips Safety offers the KG5+ laser safety glasses. Like the KG5, the KG5+ glasses feature a clear lens filter with a VLT of 75%, ensuring both comfort and visibility. These glasses also meet ANSI Z87.1 and ANSI Z136.1 safety standards.

The KG5+ offers enhanced protection compared to the KG5, making it ideal for situations where higher levels of safety are required.

Why Choose KG5 and KG5+?

The popularity of the KG5 and KG5+ filters is due to their exceptional protection against common medical and industrial lasers, including YAG, Holmium, and CO2 lasers. The high VLT of 75% ensures that these glasses are not only protective but also comfortable to wear for extended periods. The KG5 and KG5+ filters provide comprehensive coverage across a wide range of wavelengths, ensuring that your eyes are safeguarded from the specific dangers posed by Holmium lasers.

Conclusion

When working with Holmium lasers, it is crucial to wear the appropriate eyewear to prevent serious eye injuries. Phillips Safety’s KG5 and KG5+ laser safety glasses offer superior protection with their high VLT, clear lenses, and stringent safety certifications. Whether you need standard or prescription laser safety glasses, the KG5 and KG5+ provide the perfect solution to keep your eyes safe while you work. Choose the right filter for your needs and ensure that your vision is protected in all laser applications.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Protective Eyewear for Visible Lasers: Dangers of Industrial Laser Beams

Visible laser lights are concentrated beams of energy. If aimed at a person’s eye from a close proximity, then most of the energy will go through the eye’s pupil. The energy from the laser will actually become more concentrated and focused due to diffraction. Diffraction is when there is a slight bending of light as it passes through the eyes. The concentrated light from the laser becomes hyper focused and turned into a sharp dot in the eye’s retina.

Most laser pointers and laser pens have a laser diode that emits a visible light. Most laser pointers that are available to consumers do not exceed 5 milliwatts of power output. Commercial lasers or the type of lasers that are utilized in a medical setting tend to be much more powerful. However, even a laser pointer fixed with one milliwatts of power output can cause damage and injury. Medical and professional grade lasers can cause instant damage that can lead to potential blindness.

Even though our blinking reflex protects us from the power output of a weak laser, professional grade laser can cause instantaneous injury even if our blinking reflexes kick in. As the output energy from a laser increases also does the chance of injury. A laser that has a 10 to 20 milliwatts output can accidentally blind someone if it directly hits the retina at a close range. The FDA issued a note stating that lasers that emit more than 5 milliwatts of power can cause irreversible eye damage.

The Hazards of Visible Lasers and at Risk People

Green laser lights also pose a danger. Green laser light emits invisible infrared light that can have several milliwatts of power. Many cheap green laser lights that aren’t fixed with an IR filter can emit a green light with an output that can potentially surpass 20 milliwatts of power.

Many lasers that can pop balloons tend to be a common trend in parties and social gatherings. These higher power laser pointers won’t only pop balloons, but they can also cause burns. At close range, some of these higher power balloons can omit more than 250 milliwatts of power.

Even though most people are cognizant about the potential hazards of lasers, there are still certain demographics that can be subjected to this potential danger. Young adults who want to impress with a laser can potentially blind themselves if they aim the laser into their eyes. Sometimes the laser pointer or pen is modified, increasing its chance of causing injury.

Many pilots and medical professionals who work with machinery are also at a risk of high-power lasers. Since 2004, more than 2,800 incidents relating to lasers has occurred in the United States alone. Many pedestrians point lasers at pilots, which can confuse pilots.

Many doctors, including dermatologists, work with lasers to deodorize and resurface the skin. Laser equipment that is mishandled can pose a threat to patients and medical professionals.

Staying safe with Protective Eyewear for Visible Lasers protective eyewear for lasers come in different form factors including goggles and glasses. They are all suitable for military, research, education, and occupational purposes.

The Hazards of Visible Lasers and at Risk People

Green laser lights also pose a danger. Green laser light emits invisible infrared light that can have several milliwatts of power. Many cheap green laser lights that aren’t fixed with an IR filter can emit a green light with an output that can potentially surpass 20 milliwatts of power.

Many lasers that can pop balloons tend to be a common trend in parties and social gatherings. These higher power laser pointers won’t only pop balloons, but they can also cause burns. At close range, some of these higher power balloons can omit more than 250 milliwatts of power.

Even though most people are cognizant about the potential hazards of lasers, there are still certain demographics that can be subjected to this potential danger. Young adults who want to impress with a laser can potentially blind themselves if they aim the laser into their eyes. Sometimes the laser pointer or pen is modified, increasing its chance of causing injury.

Many pilots and medical professionals who work with machinery are also at a risk of high-power lasers. Since 2004, more than 2,800 incidents relating to lasers has occurred in the United States alone. Many pedestrians point lasers at pilots, which can confuse pilots.

Many doctors, including dermatologists, work with lasers to deodorize and resurface the skin. Laser equipment that is mishandled can pose a threat to patients and medical professionals.

Staying safe with Protective Eyewear for Visible Lasers protective eyewear for lasers come in different form factors including goggles and glasses. They are all suitable for military, research, education, and occupational purposes.

For many occupations, The United States Occupational Safety and Health Administration requires the use of protective eyewear when dealing with lasers.

Protective eyewear are fixed with filtering optics that can protect the eyes from the wavelengths of light coming from the lasers. Protective eyewear needs to be fixed with the specific filter optics to filter out specific lasers. Filter optics works by scattering the energy from the laser.

When selecting protective eyewear for visible lasers, it is important that you select one of that is made with quality in mind. Inferior products may not be effective against lasers that emit more than one wavelength of light.

Protective eyewear is rated against the optical density. Optical density absorbs certain wavelengths of power, quickly absorbing it. You want to select eyewear with the right optical density for the lasers used in your industry.

Your laser safety officer would know what type of eyewear is required as well as set forth safety parameters to protect employees.

Selecting the Right Protective Eyewear

It’s important to understand that there is an ever-expanding number of laser types and sophisticated laser systems in the medical, cosmetic, and material processing industry. It is important to work closely with your laser safety officer when it comes to selecting high-performance eyewear with the right optical density. But generally speaking, you want to select protective eyewear that:

Ensure Comfort for Extended Wear

For some industries, many workers and employees will be wearing laser safety goggles for several hours at a time. Make sure that the glasses and goggles provide comfort even during extensive wear.

Handle Maximum Permissible Exposure (M.P.E.)

The maximum permissible exposure is the highest power output that is considered safe or has an extremely small chance of damaging the eyes of the wearer. You want protective eyewear that can manage this M.P.E. level at a benchmark significantly below the probability of damage. This will not only protect your employees, but also from lawsuits due to negligence.

If you do not have a laser officer in staff, then we will work with you to make sure that you are equipped with the right protective eyewear. Please contact us and learn about our free consultation. We will help conceptualize an optical density calculation that is safe to use with your laser systems. For branding opportunities, we also offer custom pad printing on all of our laser glasses.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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What should you look for in Laser Safety Glasses?

Laser therapy has changed the medical profession. The ability to efficiently eliminate cancerous tissues or make more precise cuts has enabled doctors to save thousands of lives. While lasers are an excellent tool, they present a significant risk to the user. Your eyes are especially at risk. Laser safety glasses allow medical professionals to keep their eyes safe throughout every procedure. While laser safety glasses are important, there are key components to look for in your glasses.

1. Comfort: It seems frivolous to worry about comfort when choosing laser safety glasses, but it is still critical. If your glasses are uncomfortable, then you may readjust them. One moment of readjustment can cause significant damage to your eyes. Keeping your glasses on throughout the procedure is critical. Before you pick your glasses, be sure that they are comfortable.

2. High-quality lenses: Your glasses will endure years of use, and they must remain effective throughout each use. To save money, you might consider buying a cheaper pair of glasses that feature a low-quality lens, but this is not ideal. A low-quality lens may get damaged or become less effective over time. Quality lenses come in both plastic and glass varieties. Be sure you can trust the lens manufacturer when purchasing your laser safety glasses.

3. Field of view: All eyewear inhibits your peripheral vision to an extent. Usually, you will point your face towards the operation, but in more complicated procedures losing peripheral vision can change the outcome. A reduced field of view may disorient you throughout the procedure. When purchasing your laser safety glasses be sure to find a field of view that makes you comfortable. Those that wear glasses on a daily basis; might prefer the field of view from the glasses. People that do not regularly wear glasses will prefer a more expansive field of view. Gauge your need to have a large field of view when purchasing laser safety glasses.

4. What wavelengths are protected? Lasers come in a broad range of wavelengths, from 180 all the way to 11500. Each wavelength impacts materials differently. Unfortunately, laser safety glasses cannot cover every wavelength of light. What type of light will you be using? Check the lasers you use for your procedures. Usually, safety glasses offer protection from a range of wavelengths. Read the descriptions carefully when purchasing your glasses.

1. Comfort: It seems frivolous to worry about comfort when choosing laser safety glasses, but it is still critical. If your glasses are uncomfortable, then you may readjust them. One moment of readjustment can cause significant damage to your eyes. Keeping your glasses on throughout the procedure is critical. Before you pick your glasses, be sure that they are comfortable.

2. High-quality lenses: Your glasses will endure years of use, and they must remain effective throughout each use. To save money, you might consider buying a cheaper pair of glasses that feature a low-quality lens, but this is not ideal. A low-quality lens may get damaged or become less effective over time. Quality lenses come in both plastic and glass varieties. Be sure you can trust the lens manufacturer when purchasing your laser safety glasses.

3. Field of view: All eyewear inhibits your peripheral vision to an extent. Usually, you will point your face towards the operation, but in more complicated procedures losing peripheral vision can change the outcome. A reduced field of view may disorient you throughout the procedure. When purchasing your laser safety glasses be sure to find a field of view that makes you comfortable. Those that wear glasses on a daily basis; might prefer the field of view from the glasses. People that do not regularly wear glasses will prefer a more expansive field of view. Gauge your need to have a large field of view when purchasing laser safety glasses.

4. What wavelengths are protected? Lasers come in a broad range of wavelengths, from 180 all the way to 11500. Each wavelength impacts materials differently. Unfortunately, laser safety glasses cannot cover every wavelength of light. What type of light will you be using? Check the lasers you use for your procedures. Usually, safety glasses offer protection from a range of wavelengths. Read the descriptions carefully when purchasing your glasses.

5. Optical Density: Glasses are rated for a particular wavelength, but they also receive an optical density rating. Optical density is the factor by which the lens reduces beam power. Optical density is set-up on a logarithmic scale. A lens with an optical density of 2 will reduce beam power by 100. Usually, lenses with higher optical density are safer. Lenses with an optical density of 5 are used for powerful lasers while lenses with an optical density of 2 or 3 are meant for laser alignment. If you are working with high-intensity lasers, then you definitely will need a higher optical density. When reading the description, the initials OD will be used. Be sure to check the optical density on your next set of laser safety glasses.

6. Ability to work with prescription eyewear: Many medical professionals wear prescription glasses to work on a daily basis. Some may choose to wear contacts with their safety glasses, but for some that just is not an option. If you wear prescription glasses, then you should look carefully for safety wear that works with your prescription eyewear. Many protective eyewear companies are sensitive to this need. Some companies offer fit over, which simply go over your normal glasses. These work well, but some feel they are too bulky. Some companies put prescription lenses into your laser safety glasses. This offers a more streamlined option. Look carefully through the catalog of options to find the perfect eyewear for you.

7. Style: Style matters, especially in the professional setting. You want your clients to find your appearance reassuring, and you deserve to like the way you look. For years, there were few style choices. Fortunately, safety wear manufacturers now provide different styles. There should be several frame options. From the sleek styles to more goggle based designs. Some companies have started offering a range of frames as well. There will Shop around to ensure that you find the style that works for you.

8. Visible Light Transmission: When performing medical procedures being able to see is critical. Missing a crucial detail can be the difference between life and death. All laser safety glasses inhibit your vision to some extent. Safety glasses are designed to block laser light from entering your eyes, but while blocking the laser, they also block visible light. The higher the optical density, the less visible light that gets through. You must decide how much visible light you will need to perform your procedures. When shopping for laser safety glasses, each pair will feature visible light transmission percentage. This number might be high or relatively low depending on the wavelength that is blocked. When comparing similar glasses, you should always choose one with a higher visible light transmission.

Lasers are changing medicine. These lasers have saved numerous lives, but they also require the proper equipment. Laser safety glasses are essential for many medical procedures. When choosing your next pair of safety glasses make sure you know which features you need. If you need help finding your next pair of laser safety glasses, then contact us. We will happily guide you towards the right pair of glasses.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Radiation Safety in Nuclear Medicine: What Kind of Protective Equipment Do You Need?

Radiation safety in nuclear medicine is vital if you work in this important field. Whether you’re in the industry for research, diagnoses, or treatments, you can’t become complacent to safely using technology using radiation. While you no doubt take this seriously when working with patients, you also have to think about yourself and those working around you.

In the medical community, nuclear medicine frequently means working with imaging equipment that can emanate dangerous levels of radiation when in close vicinity. At the same time, working in this field means proper disposal and storage of radioactive equipment as well. But does your medical facility have proper tools available to keep everyone fully protected? As your organization ages, your equipment might become too outdated to provide adequate protection for everyone.

This could lead to risky situations, if also eleventh-hour dashes to find quality tools that properly shield radiation. Here at Phillips Safety Products, we’ve designed numerous products with strong guarantees of 100% protection against radioactive materials. Whether it’s to protect your co-workers, use storage units, or finding proper disposal methods, you’ll find various ways to keep yourself compliant with medical regulations.

Let’s look at what’s available and how these products provide the best safety available in the industry.

Finding the Best Protective Shields

Since radiation doses in nuclear medicine once averaged about 440 mrem, protective shields have become continually essential. While that radiation dose above was more prevalent in the 1990s, it’s since gone considerably lower. Even so, being exposed to radiation doses at this level for years could threaten everyone’s health without proper protective gear.

Protection shields come in different shapes and degrees of protection based on the radioactive equipment you use regularly. L-block shields are available through us for medical organizations working with low and high energy gamma-emitting radionuclides.

What’s important with an L-block shield is designing them with custom features since all medical facilities are different in radiation exposure levels. Yet, it’s challenging to find many companies that offer custom features.

Our L-block shields come with custom front shielding, various lead-glass window sizes, and made with stainless steel. With this in mind, we can provide a custom shield that matches your exact specifications.

However, you may simply need an L-block shield that protects your work area. Known as lead caves, these shields are very easy to assemble if you have any doubts. One model comes in just three pieces that easily bolt together in a short amount of time. An alternative model comes with interlocked lead bricks for another simple assembly.

The above products have stainless steel for the most durable products you’ll find anywhere. We’ll custom design these lead caves for you based on your provided measurements.

Dose calibrator shields are additionally available when you need protection while reading radiation levels in an ionization chamber. To accommodate your facility space, we’ll customize these just as easily as the shields above.

Finding Proper Radioactive Disposal Methods

Having to dispose of radioactive materials can become as challenging as finding ways to protect yourself. Not all disposal tools on the market have features that make it easier for those who get rid of dangerous items like radiopharmaceuticals, or even radioactive gloves.

We provide the best disposal products in the way of waste barrels and waste containers. Our shielded waste decay barrels have top-tier construction so you’re guaranteed to eliminate any chance of getting radioactive exposure. Once again, we can design a custom product for you here with the specifications you provide.

If you need a larger-sized barrel than the standard, we’ll accommodate this. The same goes for thickness level on the lead shielding. With the drop-port hole being a vital part of these barrels, you have freedom to choose where you want it on the product. When you have to dispose of bulkier materials, you can request a drop hole that’s suitable in size.

For disposing smaller radioactive items, our shielded waste containers are compact enough where they don’t take up considerable space. They have custom designs once again, though they all come with a unique lid to thoroughly protect employees from inside contents while emptying.

When disposing radioactive syringes, a shielded sharps container is easily customized and has a key-lockable hinged top to prevent contents from accidentally falling out. Strategically placed handles make it easy to lift from one location to another.

Having to dispose of radioactive materials can become as challenging as finding ways to protect yourself. Not all disposal tools on the market have features that make it easier for those who get rid of dangerous items like radiopharmaceuticals, or even radioactive gloves.

We provide the best disposal products in the way of waste barrels and waste containers. Our shielded waste decay barrels have top-tier construction so you’re guaranteed to eliminate any chance of getting radioactive exposure. Once again, we can design a custom product for you here with the specifications you provide.

If you need a larger-sized barrel than the standard, we’ll accommodate this. The same goes for thickness level on the lead shielding. With the drop-port hole being a vital part of these barrels, you have freedom to choose where you want it on the product. When you have to dispose of bulkier materials, you can request a drop hole that’s suitable in size.

For disposing smaller radioactive items, our shielded waste containers are compact enough where they don’t take up considerable space. They have custom designs once again, though they all come with a unique lid to thoroughly protect employees from inside contents while emptying.

When disposing radioactive syringes, a shielded sharps container is easily customized and has a key-lockable hinged top to prevent contents from accidentally falling out. Strategically placed handles make it easy to lift from one location to another.

Finding Proper Storage Products

In environments where radioactive materials are present, ensuring proper storage is crucial for safety and regulatory compliance. Proper storage tools not only prevent accidental exposure to radioactivity but also secure the materials during transportation.

You’ll inevitably have to find proper storage tools in radioactive environments. Without proper storage materials, someone could accidentally access these and get exposed to radioactivity without your knowledge. That’s just as important when transporting radioactive products to various locations.

Keep storage safe with products like our rectangular lead containers. These have a hinged lid that have ample space for padlocks to gain more solid protection. Again, they come with heavy-duty handles so those transporting can gain a good grip during handling.

Consider a lead-lined storage safe for your on-site storage needs. Inside, you have an adjustable shelf to fit any radioactive product you need to keep hidden away. Despite being intended for stationary use, you can still transport it with a pallet jack.

In a case where you’re working in a nuclear pharmacy, you’ll need a shielded generator container. Heavy-duty casters are available on these so you can easily move it to different departments. Plus, when needing to remove the generator, you’ll have access to a lifting hoist for complete safety.

Utilizing appropriate storage products is essential for managing radioactive materials safely. By investing in these reliable storage options, you can ensure the safety of your workplace and the well-being of those handling these hazardous materials.

Contact us here at Phillips Safety Products where you can rely on us for the best nuclear medicine products to assure no radioactive exposure accidents occur.

If you still aren’t sure which nuclear medicine shielding and storage products are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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The Best Safety Glasses to Use with Lasers

From medical personnel and construction workers to pilots and members of the armed forces, lasers have become a critical part of many jobs. While our own eye reflexes protect us from many low-power visible lasers, such as the scanners at the supermarket, for many professionals the high-powered lasers required to perform their jobs pose a real threat to their vision. In fact, it wasn’t too long ago that Johns Hopkins hospital reported an alarming tread of eye injuries due to popular laser gadgets used by children and teens, calling for warning labels on these items.

What exactly happens if a laser hits an unprotected eye? In worst-case scenarios, it can burn the retina or cornea. When light enters the eye, it is focused by the lens on the retina. When the light is too strong or lasts too long, the pigment in the retina absorbs the light, radiating heat. This is essentially what happens when you look at any bright light too long, including the sun. Reflexes cause you to look away, but often you will continue to see a bright spot for a few seconds while the retina is recovering. Unfortunately, laser exposure often leads to the permanent retina or cornea damage. How can you best protect yourself and your employees?

Measuring the Danger of a Laser

The best protection is to prevent the injury. Safety glasses are an affordable and practical precaution. Additionally, they are required by law in some situations. The Occupational Safety and Health Administration (OSHA) classifies lasers, requiring eye protection for classes 3B and 4. What safety glasses are best to use with lasers? Start by understanding four key features of how protection is measured. Assess the risk of your equipment, then compare that with the specifications of safety glasses.

Wavelength

It’s critical to know the wavelength of the laser you are working with because laser wavelength is directly related to the potential damage. Wavelength is measured in nanometers (nm). Lasers have an aiming beam wavelength and an operating beam wavelength. The operating wavelength is the one that poses the threat. Be aware that multiple wavelength lasers may require customized eyewear with multiple layers. The wavelength of the laser is directly related to its potential for harm.

For example, let’s compare laser exposure with the ultraviolet wavelengths from the sun, which measures 315 to 400 nm. Most of the radiation is absorbed by the lens and damage is minimal, often taking years to present in the form of cataracts. Comparatively, near-infrared wavelengths measure 760 to 1400 nm and can cause retinal burns. Far infrared wavelengths, measuring over 1400 nm, can result in corneal burns.

Scattered vs. Direct

The second variable to assess when selecting eyewear is the viewing environment. Greater protection is needed if workers are in a direct viewing situation as opposed to an area of diffused viewing where the radiation from the laser is scattered.

Laser Power

Know the potential power of the laser to which you are exposed. Is it a continuous wave or pulsed system? Continuous-wave systems will be expressed in the form of watts. The energy expended by multi-pulsed systems will be measured in joules, the pulse length in seconds, and the repetition rate in Hertz.

Optical Density (OD)

Optical density refers to the amount of radiation allowed to pass through the lens filter. For example, an OD of 2.0 permits 1/100 of the laser light energy to pass through. Wearing safety glasses with a lower OD than needed can result in an injury.

Assessing Specific Needs

While safety is the priority, there are other factors to consider when selecting protective eyewear. Uncomfortable, ill-fitting, or eyewear that obstructs the wearer’s view can reduce productivity and discourage compliance. When selecting glasses for your staff or yourself, think about the following factors too.

What's the best material?

Consider the best weight, shape, and fit for the job. Many glasses are universal in size but can be adjusted for a custom fit. If you can wear safety glasses with a lower OD, polycarbonate laser glasses are a lightweight, comfortable option. Glass is a better option when higher OD lenses are required but can be costly. Nanospec or thin-film-coated filters are lighter than glass and provide precise protection for specific wavelengths and OD, making them a more comfortable option for higher-risk jobs. Coated lens technology is also a favored choice because it combines both reflective and absorptive properties.

What about visibility?

It’s important for workers to not have their visibility obstructed, for both safety and productivity reasons. You’ll have to balance options like the added protection of solid side shields with reduced visibility. It’s also important to remember that the color of the glasses can reduce visibility. While certain jobs may require a specific color lens, select what is needed. More protection is not always better if visibility is inhibited. Simply put, balance what’s required to perform the task safely. The coated lenses mentioned above are a popular choice because of their superior visibility over glass and polycarbonate.

Do you have custom needs?

Employers must also consider individual needs, in addition to industry standards. Do you have employees that already have glasses and need fitover safety glasses? Do they need safety glasses with bifocal or Photochromic lenses?

Phillips Safety Products has the largest selection of specialized safety eyewear. Whether you need minimal or maximum protection, fitovers, Photochromic lenses, or a bifocal design, we have what you need in stock. Talk to one of our experts about your optic needs. Contact us today.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Safety Glasses for High Pressure Sodium Lights are Essential

High pressure sodium lights have made indoor growth of crops possible, but without the proper safety precautions these lights can do serious damage to the human eye. The damage done is often times irreversible so it is imperative that people working in grow rooms take the proper steps to protect their eyes.

Safety glasses are designed specifically for this application. They filter out the light waves that cause harm to the human eye while also helping the wearer see their crops more clearly when they are working so they are not only being protected from dangerous frequencies of light but they are also seeing with more clarity and therefore are able to be more productive. Let’s gain a deeper understanding of the lights themselves and why it is so essential for growers and other grow house workers to protect their eyes from prolonged exposure to high pressure sodium lights.

High Pressure Sodium and Metal Halide Lights

High Pressure Sodium and Metal Halide lights are incredibly strong and have worked wonders for modern growers. They allow growers to get quantity and quality out of their indoor growth harvests. However, the damage these lights do to human eyes is permanent so the proper safety precautions must be observed if you want to keep your eyes healthy.

The sun emits radiation and so do high-powered grow lights. There are three kinds UVA, UVB, and UVC rays. Our atmosphere filters out almost all UVC rays so consumer sun glasses manufacturers do not bother making lenses that filter these rays out. So, if you were thinking you would just grab a pair of your sunglasses and you would also be protected from high sodium lights, you are wrong. You need a specific type of lens.

High pressure sodium lights and other strong grow lights also emit these radiation waves UVA, UVB, and UVC. UVC rays are great for plant growth, but they are terrible for your eyes. Research has shown that prolonged exposure to UVC rays leads to loss of color perception, the development of cataracts, and the inability to see at night-time. All of these conditions are permanent! If you care about your eyes, you need to make sure that you properly protect them while you are working around these high-powered lights.

The good news is that there is a viable solution for protecting your eyes while still being able to work around high pressure sodium and metal halide lights. The solution is safety glasses that are specifically designed to filter out the frequencies that cause serious eye damage.

We are excited to share with you some of the great safety glasses that we make here at Philips Safety. We are industry leaders in occupational safety products and work with a number of clients from Space-X and NASA to MIT and Caltech. Let’s take a look at some of these incredible glasses!

High Pressure Sodium and Metal Halide Lights

High Pressure Sodium and Metal Halide lights are incredibly strong and have worked wonders for modern growers. They allow growers to get quantity and quality out of their indoor growth harvests. However, the damage these lights do to human eyes is permanent so the proper safety precautions must be observed if you want to keep your eyes healthy.

The sun emits radiation and so do high-powered grow lights. There are three kinds UVA, UVB, and UVC rays. Our atmosphere filters out almost all UVC rays so consumer sun glasses manufacturers do not bother making lenses that filter these rays out. So, if you were thinking you would just grab a pair of your sunglasses and you would also be protected from high sodium lights, you are wrong. You need a specific type of lens.

High pressure sodium lights and other strong grow lights also emit these radiation waves UVA, UVB, and UVC. UVC rays are great for plant growth, but they are terrible for your eyes. Research has shown that prolonged exposure to UVC rays leads to loss of color perception, the development of cataracts, and the inability to see at night-time. All of these conditions are permanent! If you care about your eyes, you need to make sure that you properly protect them while you are working around these high-powered lights.

The good news is that there is a viable solution for protecting your eyes while still being able to work around high pressure sodium and metal halide lights. The solution is safety glasses that are specifically designed to filter out the frequencies that cause serious eye damage.

We are excited to share with you some of the great safety glasses that we make here at Philips Safety. We are industry leaders in occupational safety products and work with a number of clients from Space-X and NASA to MIT and Caltech. Let’s take a look at some of these incredible glasses!

Exploring HPS Phillips Safety Glasses

This pair of glasses comes in a comfortable nylon frame. The sleek wrap around design and rubberized nosepads make this lightweight pair of glasses supremely comfortable while providing top-notch protection for the wearer.

1205 is a standard looking pair of safety glasses. Highly durable, lightweight, and comfortable, model 1205 is the industry standard for high pressure sodium light protection.

This is the perfect model for users who also need to wear corrective lenses. This pair comfortably fits over your prescription glasses. They are made out of a lightweight and comfortable rubberized nylon frame that is also extremely durable, which is one of the most important qualities for applications such as this.

This model is where fashion meets durability. 808 has a nylon frame that wraps around your head utilizing rubberized nosepads and temple bars to ensure that your glasses never fall of your face while you are hard at work. These frames are all about functionality, but they look good doing it.

This model is by far one of the most fashionable pair of safety glasses ever made. You’ll not only be protected from dangerous light frequencies but you’ll also look good doing it in a pair of glasses featuring sharp corners and stylish angles. On top of that, this pair also boasts an ANSI Z87 safety rating and comes with a perforated rubberized nosepiece so it doesn’t slip off your face while you are working.

This pair of glasses is designed to fit over any corrective lenses that you may already be wearing. The nylon frame is light and provides supreme comfort, making it an excellent, durable option for a number of applications.

This pair of glasses comes in a comfortable nylon frame. The sleek wrap around design and rubberized nosepads make this lightweight pair of glasses supremely comfortable while providing top-notch protection for the wearer.

1205 is a standard looking pair of safety glasses. Highly durable, lightweight, and comfortable, model 1205 is the industry standard for high pressure sodium light protection.

This is the perfect model for users who also need to wear corrective lenses. This pair comfortably fits over your prescription glasses. They are made out of a lightweight and comfortable rubberized nylon frame that is also extremely durable, which is one of the most important qualities for applications such as this.

This model is where fashion meets durability. 808 has a nylon frame that wraps around your head utilizing rubberized nosepads and temple bars to ensure that your glasses never fall of your face while you are hard at work. These frames are all about functionality, but they look good doing it.

This model is by far one of the most fashionable pair of safety glasses ever made. You’ll not only be protected from dangerous light frequencies but you’ll also look good doing it in a pair of glasses featuring sharp corners and stylish angles. On top of that, this pair also boasts an ANSI Z87 safety rating and comes with a perforated rubberized nosepiece so it doesn’t slip off your face while you are working.

This pair of glasses is designed to fit over any corrective lenses that you may already be wearing. The nylon frame is light and provides supreme comfort, making it an excellent, durable option for a number of applications.

These are just a few of the wonderful glasses that we offer for high pressure sodium lighting applications. At Philips Safety we make a number of other safety glasses for a number of other applications as well! Contact us to learn more about all of our safety glasses and how to keep your eyes safe while working hard!

If you still aren’t sure which growers glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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Radiation Safety Glasses for Interventional Radiology: Finding the Right Eyewear for Imaging Specialists

Interventional radiology is an important field where the radiologist inserts imaging equipment into the body of a patient to scope out disease. It’s a minimally invasive process for the patient, though still potentially risky for the radiologist working with the technology. While you’ve perhaps heard some debate about interventional radiology needing to team up with radiation oncology, both are potentially risky careers if your workers don’t take proper precautions.

Radiation safety glasses for interventional radiology are a must, despite being a slightly different procedure from working with normal radiology equipment. Also known as vascular or surgical radiology, the potential exposure to radiation can cause severe harm to your employees in more ways than one. One of the most harmful aspects is damaging eyesight. Even before interventional radiology became a procedure, many who worked with radiology equipment ruined their vision due to radiation exposure. It wasn’t really known until more recent decades that being around radiation could damage eyes. More specifically, it causes cataracts at a young age, which could quickly end the careers of your radiology team.

Your interventional radiology staff needs complete protection because your patients benefit immensely from the expertise. Applying these technologies directly into the body frequently saves lives, and here’s how proper safety glasses from Phillips Safety Products makes this happen during each procedure.

Glasses for X-ray Fluoroscopy

This common technique in interventional radiology is important to scope out tumors and other illnesses within the body. Because it’s still x-ray equipment, your workers need not only reliable eyewear, but also ones that feel comfortable and look appealing. Considering your team may have to work with a patient up-close for hours, wearing an obstructive pair of safety glasses only leads to distractions. It’s uncomfortable for the radiologist, or it could cause anxiety for the patient.

Natural-looking safety glasses are the answer, including fit-overs when your team wears prescriptive eyewear. Wraparounds are a favorite with many because they provide the utmost protection while frequently looking like real glasses. In addition, they provide real style so your workers can reflect their personalities while working. This includes choosing a personalized color.

When you have to work within a budget, you can acquire economy frames that don’t skimp on being durable and give you superior, distortion-free lenses. The Model 70-PC is a good example of how comfortably normal these glasses look and feel.

Glasses for Ultrasounds

Working with ultrasounds don’t involve quite as much radiation as x-rays, though you should still protect your workers at every level. Some of your workers might try to avoid wearing safety glasses, simply because they can’t find a pair properly fitting over their existing eyewear. Here at Phillips Safety, we provide fit-over styles that work for your entire team of radiologists. At the moment, we offer the RG-33 for easy use and designed for either gender.

The radiation glasses 33 comes in different colors and frame styles, including black, tortoise, or white. It’s designed to fit over any type of glasses your employees wear. Even better, it fits over any head size, something other safety eyewear brands don’t often consider.

Glasses for CT Scans

Otherwise known as computed tomography, these scans can emit dangerous radiation when in proximity, so never allow radiologists around without proper eyewear. Many in your radiology team may want to wear goggles for more thorough protection. The problem with most goggle brands is they simply don’t feel comfortable, especially when having to place them over existing prescription glasses. No doubt you’ve seen few radiation goggles that look very appealing. As such, your workers may refuse to wear them when they’re essential for added protection.

Through us, you can finally find good-looking goggles, as well as fitting over any existing glasses shape. To show you how attractive these goggles are, take a look at the Model RK2 with an elastic headband for a perfectly comfortable fit. At the same time, you get a large lens pocket so you get a maximal viewing area without obstructions.

It’s important to note the lead equivalency with these goggle lenses. The thickness level of the lenses is essential to properly shield them from radiation exposure. The RK2 and our Model 55 have 0.75mm lead equivalency for maximum shielding.

Glasses for MRI's

Magnetic resonance imaging is widely used in radiology and gives little radiation exposure to patients. For your radiologists, it’s a potentially different story in the interventional radiology field. You’ll want to find safety glasses keeping your radiologists comfortable throughout the day since MRI’s can take considerable time, depending on the imaging needed.

Plastic and metal frames are available that help makes safety glasses feel lightweight rather than like a heavyweight on one’s face. Our plastic frames once again come in various styles and colors, including having rubberized soft grip temple bars to make them enjoyable to wear. Metal frames come in aviator style and are just as lightweight. They even come with side shields for added protection features. Along with stainless steel materials, you’ve assured these hold up for years without corrosion.

Glasses for CT Scans

Otherwise known as computed tomography, these scans can emit dangerous radiation when in proximity, so never allow radiologists around without proper eyewear. Many in your radiology team may want to wear goggles for more thorough protection. The problem with most goggle brands is they simply don’t feel comfortable, especially when having to place them over existing prescription glasses. No doubt you’ve seen few radiation goggles that look very appealing. As such, your workers may refuse to wear them when they’re essential for added protection.

Through us, you can finally find good-looking goggles, as well as fitting over any existing glasses shape. To show you how attractive these goggles are, take a look at the Model RK2 with an elastic headband for a perfectly comfortable fit. At the same time, you get a large lens pocket so you get a maximal viewing area without obstructions.

It’s important to note the lead equivalency with these goggle lenses. The thickness level of the lenses is essential to properly shield them from radiation exposure. The RK2 and our Model 55 have 0.75mm lead equivalency for maximum shielding.

Glasses for MRI's

Magnetic resonance imaging is widely used in radiology and gives little radiation exposure to patients. For your radiologists, it’s a potentially different story in the interventional radiology field. You’ll want to find safety glasses keeping your radiologists comfortable throughout the day since MRI’s can take considerable time, depending on the imaging needed.

Plastic and metal frames are available that help makes safety glasses feel lightweight rather than like a heavyweight on one’s face. Our plastic frames once again come in various styles and colors, including having rubberized soft grip temple bars to make them enjoyable to wear. Metal frames come in aviator style and are just as lightweight. They even come with side shields for added protection features. Along with stainless steel materials, you’ve assured these hold up for years without corrosion.

Wearing Prescription Safety Glasses

Radiologists in your facility are far too busy to keep taking their own glasses off to put on safety glasses. While fit-overs work is great, why not have a pair of safety glasses made with prescription lenses? Many of your team may have to work late, and wearing prescription safety eyewear lets them feel like they’re wearing their own glasses all day. They can even go out into the outside world and interact without anyone realizing these are stylish eyewear made to protect from radiation dangers.

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Contact us at Phillips Safety Products to find radiation safety glasses for your valued interventional radiology team.

If you still aren’t sure which radiation glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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How to Protect Your Eyes From Lasers for Your Safety

Lasers are more dangerous than most people understand, and your eyes are the most vulnerable to laser damage. Too many people, accustomed to seeing lasers used as pointers, in movies and to put on exciting shows, don’t understand the danger. Used properly, lasers are useful for many applications, but everyone should learn how to protect their eyes, even from low power laser beams. People who work with powerful lasers in scientific laboratories, medical institutions, or industry need to fully understand the risk and how to protect themselves.

What is Laser Light?

It’s a beam of radiation that, unlike normal light, spreads all around, is coherent. It all goes in one direction. Also, it consists of the same electromagnetic wavelength or color. And the radiation’s duration, its pulse, is uniform. A set amount of energy creates the beam, and this varies a lot. That’s why teachers or business presenters can safely use simple laser points, but some laser beams are powerful to incinerate materials, starting fires. The more intense the laser beam is the more damage it causes, and the more precautions people need to take to protect their eyes.

How Lasers Damage Eyes

All laser light beams carry energy and heat. And the more concentrated and powerful the beam of light, the more heat it transmits. They are also more dangerous the shorter the pulse’s duration.

* Small, highly focused beams of light go right through your cornea and lens, which focuses the light even more, so it hits a tiny spot on your retina, destroying photoreceptor cells. This causes a temporary or permanent blind spot before you can blink.

* Powerful lasers in the visible to near-infrared spectrum (400 to 1400 nanometers) heat your entire retina.

* Your cornea absorbs laser beams with a wavelength of under 300 nanometers and beams in the high infrared range, which can inflame them, called photokeratitis, or more seriously burn them.

* Your eye’s lens absorbs laser beams with a wavelength of under 400 nanometers, which increases the risk of cataracts. That clouds your lens, blocking your vision.

* A wider laser beam can cause momentary flash blindness just like any other extremely bright light when it shines directly into your eyes before your blinking reflex can work.

* The human eye cannot see infrared laser light. Therefore, such a beam can damage your eye without even triggering your blinking reflex.

* Some lasers are so powerful they damage your eyes even though after something has diffused the beams. Even in that weakened state, they cause damage. Some laser beams, typically closer to blue or ultra-violet on the spectrum, cause damaging photochemical reactions in the tissue of your eyes.

Lasers are Classified According to Their Danger

The American National Standards Institute issued its Z136 standards classifying lasers according to the risk they pose, and the Occupational Safety and Health Administration uses them. However, everyone should understand how to protect their eyes.

Take Precautions With All Lasers

Laser pointers are Class 1, which are generally safe. However, the classification assumes everybody uses the product as designed. Laser pointers as properly used pose no danger. However, there is a case on record of an 11-year-old girl who temporarily damaged her eyes by staring directly at a pointer’s beam. Therefore, people should treat every laser with respect. Even with laser pointers, don’t stare at the beam or the dot.

Light Show Safety

In the United States, the Food and Drug Administration and some state agencies regulate the use of laser light shows. Those require beams with high power and therefore do pose some risk. Entertainment venues use beamstops to terminate the beams before they can cause any damage.The most common way of avoiding risk to the audience is to shine the beams over the heads of the audience, thus avoiding the eyes of the audience. This is the usual practice in the United States. In some countries, producers scan the laser beams at the audience but must do so fast enough to keep their exposure in a safe zone.

Airplane and Motor Vehicle Safety

It’s now against the law to shine a laser light on an airplane or motor vehicle. You could cause flash blindness in the pilot or driver, making them lose control and crash.

Laser Protection in the Workplace

* Understand the risk. Don’t become complacent.

* Everybody should know where an infrared laser beam goes.

* In a laboratory, only use an optical table. Make sure all laser beams go only horizontally. Stop all the beams at the edge of the table. People should never place their faces or eyes at the same level as the laser beam because reflected beams could leave the table.

* Leave watches, rings, and all other jewelry outside the laboratory. Everything inside it should have a matte finish to reduce specular reflections.

* Reduce power when adjusting and aligning beams.

* Use an interlock to automatically shut the laser down when needed. The most dangerous lasers, Class 3B and Class 4, normally come with an interlock system. That means they immediately shut down under dangerous circumstances. For example, if the laboratory door opens.

* Have a Certified Laser Safety Officer on duty.

* Restrict access to lasers while in use only to trained and authorized personnel.

Class 3R, 3B, and 4 Lasers Require Goggles and Glasses for Safety

These are the most dangerous types of laser, and they are mainly used in laboratories, industry, hospitals, and the military. Everyone working with them should wear the proper protective eyewear.

These act as filters to absorb the laser light, greatly reducing its intensity. The manufacturers make them of glass and polycarbonate to filter specific wavelength ranges. You make certain your glasses have the correct wavelength, or they cannot filter the laser beam.

The other important aspect of laser safety glasses is Optical Density. This is basically how strong the glasses are. The stronger your laser beam, the higher OD it requires to keep your eyes safe. However, the beam’s energy is not the only variable that affects OD. The pulse’s duration affects the beam’s danger, so it also affects the OD, or whether the light is continuous instead of pulsed.

Again, you must make certain you wear the proper glasses. Manufacturers post their wavelength and OD in the frames. Your Certified Laser Safety Officer knows the requirements for the laser you are using.

Laser Safety Windows

These windows are filters for particular laser wavelengths and OD just like the glasses and goggles. They are acrylic or glass and come 3 millimeters thick. Just like the glasses and goggles, you must make certain your window is appropriate to filter the light beam of your laser.

Barriers

Like other light, laser light beams end when something absorbs its energy, blocking it. Have your CLSO design and set up the workspace to eliminate the laser beam after it has performed its function. These barriers come as curtains or mobile stands. Whether you play or work with lasers, always respect them, and be careful to protect your eyes.

At Phillips Safety Products we want everyone to protect their eyes from lasers. We make the safety laser glasses and goggles, windows, and barriers your workplace needs to protect the eyes and vision of your employees. Contact us today.

If you still aren’t sure which laser safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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The History of AO Safety Cool Blue Welding Lenses and AlloWeld Safety Glasses and Super Magenta Drop-In Lenses

Welding without proper protection poses many dangers to your eyes. That’s why welders need to always wear safety glasses or goggles or a safety hood that guards their vision. Many wear glasses underneath their hoods. In the history of welding safety lenses, one brand name has become legendary in the profession: American Optics Safety Weld Cool filter plate, usually called “Cool Blue.” Although AO discontinued the product in 1990, welders still talk about how great they are at protecting eyesight and removing the yellow flare of the contact arc. That allows welders to clearly see what they are doing. Welders still prize those glasses so much they go for $4-500 a pair on eBay when you can find a listing for them. Working welders treasure their Cool Blues and hang on to them.

Why did American Optics stop manufacturing them? That’s not known in detail. According to an email from the Product Line Director, they had a problem in the manufacturing of the blue base glass, a specialized form of cobalt glass. Evidently, they decided reformulating the base glass would be so expensive they could not continue to make a profit. At that time, many welders were switching from passive filter lenses to auto-darkening lenses. If Cool Blues became too expensive, AO feared, more welders would switch to those types of lenses. These days, auto-darkening lenses do not darken quickly enough to prevent eye problems. It takes only a bit of radiation to flash through the lens of your eye in a millisecond to burn a permanent hole in your retina. Therefore, workers’ compensation doesn’t want to pay for claims made by workers who used them. Therefore, many shops do not allow these types of glasses.

Failure to use proper goggles or a face mask exposes your eyes to excess radiation that causes “arc eye,” “flash burn,” or photokeratitis. That’s severe inflammation, like a sunburn, of your cornea and your eye’s conjunctiva. It also puts you at a higher risk of developing cataracts. Eye problems cause one-quarter of all welding injuries. All eye protection should comply with ANSI Z87.1.

Phillips Safety intends to replace your regular welding lens with their AlloWeld lenses. Phillips designed them to outperform the AO Cool Blue glasses by eliminating the yellow to near-orange shades of the spectrum so the flame and flare of the arc do not block your vision. They make the lenses from German glass that’s high in quality and free of distortion.

Glass lenses are far superior to plastic or polycarbonate because everything you see through them is clearer. Phillips starts with standard green welding glass that protects your eyes from both IR and UV and creates a composite that eliminates the yellow to near-orange light of the arc. It also enhances contrast to improve your vision quality. The rare earth elements in the glass increase color contrast, making it easier to determine the material’s temperature and puddling. They meet ANSI standards for welding lenses. They are highly durable and scratch-resistant.

They’re made to braze and weld aluminum, cast iron, and stainless steel, so they’re great for welding and brazing work on Aircraft, Automobiles, Boats, Racecars, Refrigeration units, and Radiators. The lenses come in dark emerald-green shades, 4,5,6, 8, 9, 10, 11, 12, 13, and 14. They also come with a gold coating. The gold coating reflects 90% of radiant heat. This keeps your eyes cooler and less tired during long welding sessions. Plus, the AlloWeld lenses come in two sizes: Small 2 X 4.25 and Large 4.5 X 5.25.

The AlloWeld outdoes the old Cool Blue glasses by completely eliminating the yellow-orange flare of the arc. With AlloWeld, you see the weld puddle as it forms. You see the arc wearing down the electrode. You see your work as you perform it. They’re completely safe because they block 100% of both the infrared and ultraviolet radiation given off during the welding process. This protects your eyesight from the long-term effects of exposure to IR and UV light.

Another Phillips product to protect the eyesight of welders is the Super Magenta Drop-In Lenses. They are drop-ins, so you must use them with your standard welding shade. They make the lenses of advanced acrylic, also eliminating the yellow to the near-orange flare of the arc. And they enhance the other colors. Users report excellent color separation, clarity, and overall viewing quality.

Optically, they are as good as glass lenses. Standard green welding shades reduce visible light, but the welding arc remains extremely bright, painful, and potentially eye-damaging. The bright flame interferes with your view of your work, reducing your quality. By eliminating the yellow and orange shade of the spectrum, Super Magenta gets rid of the visual flair and enhances your view of the task at hand. The Super Magenta adds about 1/2 to the shade of your normal welding lenses.

Phillips Safety’s Super Magenta Drop-In Lenses come in three sizes: Small Rectangle 2 x 4.25, Large Rectangle 4.5 X 5.25, and Circular 50 mm in diameter. Protect them from spatter because it can pit the acrylic. For the same reason, keep them in the packing envelope or otherwise protected when not in use. You can also use them in the cheater holder of an auto-darkening hood.

Attention! Never use Super Magenta drop-ins as standalone lenses while welding. You still need standard shades to protect your eyes from IR radiation. Using only Super Magenta lenses will damage your eyes. They block ultraviolet but not infrared.

In conclusion, welding without proper eye protection poses significant risks, including severe conditions like “arc eye” and increased chances of cataracts. Historically, the American Optics Safety Weld Cool Blue filter plates were highly valued for their exceptional protection and clarity, although they are no longer in production. Modern alternatives, such as Phillips Safety’s AlloWeld lenses and Super Magenta Drop-In Lenses, have advanced the technology further. AlloWeld lenses offer superior performance by eliminating yellow to orange flares and providing high clarity through high-quality German glass, making them ideal for various welding tasks. Meanwhile, Super Magenta Drop-In Lenses enhance color separation and clarity when used with standard welding shades, further improving safety and precision in welding work.

By investing in high-quality lenses like AlloWeld and using supplementary lenses such as Super Magenta, welders can protect their vision effectively, maintain high productivity, and uphold safety standards in their work environments. At Phillips Safety Products, we carry a full line of AlloWeld and Super Magenta welding safety glasses and supplies. Contact us today.

If you still aren’t sure which welding lenses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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HPS Grow Light Safety Glasses for Next Level Gardening

Hydroponic indoor gardening is a growing trend in private homes and in the farming industry. The amazing technology of high-powered grow lights is quickly changing how grower’s manage and maintain their crops, allowing for greater yields despite limited terrain. However, the obvious advantages that this system provides are not without a few drawbacks that ought to be addressed. Namely, the fact that high-intensity grow lights emit radiation that is harmful to the human eye. Aside from damage to the farmers, damage to crops is also a possibility since harsh grow lights impair a grower’s observation of their plants, rendering farming techniques useless.

In order to counteract both these problematic setbacks Phillips Safety Products, Inc. has developed an all-in-one solution in the form of grow light safety glasses. Our Hydrospecs Growers line of glasses is an optimally designed feat of science that protects the eyes and gives you the ability to see every little detail that glaring lights may have hidden from you before. Let us help you filter out excess light and offer you protection for lasting eye health and a great gardening experience.

Today, we’ll be focusing specifically on our line of glasses that protect against high-pressure sodium (HPS) lights. Below you’ll find a breakdown of the most frequently asked questions regarding HPS grow light safety glasses and what they can do for you.

What Do Hydrospecs Growers Glasses Do?

Simply put: Hydrospecs Growers safety glasses utilize specialty lenses to filter out unwanted light. Because indoor gardening requires a light source that is of a much higher intensity than natural light the viewing of minute details is quite impossible. It also means that you – and your eyes – are exposed to higher rates of UVA, UVB, and UVC radiation. In answer to this, our glasses are specifically tailored to match the frequencies of different hydroponic light sources (like HPS) and their characteristics. The lenses are designed to absorb or reflect these wavelengths, providing you with protection as well as perfect vision.

What is High-Pressure Sodium?

High-Pressure Sodium is one of the most commonly used lighting systems in hydroponic lighting technology. HPS has excellent spectral distribution and produces high levels of the yellow and red end of the color spectrum. Like other hydroponic gardening lights HPS is very strong and capable of producing high quantity as well as high-quality crops. The characteristics of this lighting are particularly favored for growing fruits and flowers.

What Do Hydrospecs Growers Glasses Do?

Simply put: Hydrospecs Growers safety glasses utilize specialty lenses to filter out unwanted light. Because indoor gardening requires a light source that is of a much higher intensity than natural light the viewing of minute details is quite impossible. It also means that you – and your eyes – are exposed to higher rates of UVA, UVB, and UVC radiation. In answer to this, our glasses are specifically tailored to match the frequencies of different hydroponic light sources (like HPS) and their characteristics. The lenses are designed to absorb or reflect these wavelengths, providing you with protection as well as perfect vision.

What is High-Pressure Sodium?

High-Pressure Sodium is one of the most commonly used lighting systems in hydroponic lighting technology. HPS has excellent spectral distribution and produces high levels of the yellow and red end of the color spectrum. Like other hydroponic gardening lights HPS is very strong and capable of producing high quantity as well as high-quality crops. The characteristics of this lighting are particularly favored for growing fruits and flowers.

Why Do I Need Protection From HPS?

Just as the sun emits radiation so too do high-intensity grow lights. HPS emits UVA, UVB, and UVC at rates that can be harmful without proper protection. UVC rays are particularly dangerous because the ozone layer naturally filters them out and we are rarely exposed to them. Because UVC rays are almost alien to us, specialty glasses are an absolute necessity. You see, typical sunglasses are not engineered to filter out UVC rays so they are quite useless for protection during indoor gardening activities.

Why are UVC Rays So Harmful?

UVC rays are an ultraviolet ray which can cause serious damage to the human eye. Though it is excellent for plants it can create discomforts such as headaches and eye fatigue in farmers. Prolonged exposure can result in even worse diagnoses. Permanent damage such as impaired color perception, cataracts, and loss of vision can all result from exposure to the UVC radiation emitted from HPS lighting systems. These are very real and serious risks that you face while performing hydroponic indoor gardening without proper protection.

In conclusion, hydroponic indoor gardening offers remarkable benefits, especially with the advancement of high-powered grow lights that boost crop yields significantly. However, these advantages come with the critical challenge of protecting growers from harmful radiation emitted by high-intensity lights, particularly High-Pressure Sodium (HPS) systems. Phillips Safety addresses this issue with our Hydrospecs Growers line of safety glasses, specifically designed to shield the eyes from dangerous UVA, UVB, and UVC rays. By incorporating these specialized glasses into your gardening routine, you can enjoy both enhanced visibility and lasting eye health, ensuring a safer and more effective hydroponic gardening experience.

If you still aren’t sure which growers glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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5 Factors to Consider When Choosing Bifocal Safety Glasses

For hundreds of years, bifocal lenses have provided wearers the ability to see up close and far away without changing their eyeglasses. Mostly, this is helpful for reading on the go without having to switch to a pair of reading glasses. This is especially true in dangerous work environments where workers have their hands busy with their work duties, which is why bifocal safety glasses were created. In an effort to help buyers understand their options, let’s examine 5 things to consider when choosing bifocal safety glasses: strength of bifocals, style and material of frame, type and color of lenses, extra capabilities, and affordability and place of purchase.

#1. Strength of Bifocal Glasses:

The first factor to consider when choosing bifocal safety glasses is understanding what strength of magnification is needed. The units of correctional strength are measured in what’s called Diopters, which range in increments of 0.25 typically, for instance: +1.0, +1.5, +3.0. Generally, +3.0 is the strongest Diopter unit wearers will need.

To find out exactly what strength of bifocals is needed, tests are available online or a person could try some different strengths out at a local department or eyeglasses store. A prescription isn’t needed to buy bifocal lenses, so reading glasses can be found over the counter at most department stores and pharmacies.

#2. Style and Material of Frame:

This factor is important to consider carefully because it has a lot to do with the overall functionality of the bifocal safety glasses. Inherently, safety glasses are designed to fully cover the eyes, providing varying levels of protection from projectiles and particulates within a working environment. Buyers need to choose the safety glasses that will fit the work environment they’ll be used in, which has a lot to do with the style and materials of the frames.

The selection for bifocal safety glasses has expanded over the years, yet, generally, there are two different types: full framed and semi-rimless frames. The frames are either made from plastic or nylon materials, and are designed to be impact resistant, durable, and lightweight. Depending on the level of protection needed, the frames can be thicker; generally, they have wrap-around arms with a breathable nose bridge and soft rubber tips on the arm end – keeping them snugly and comfortably fit on the wearer’s head.

Frames are designed to fit universally and be used by either sex, yet more expensive safety glasses provide more flexibility, comfort, and protection. Choosing the style and material of the frame is partially a subjective choice for aesthetics; frames come in many different colors and styles. Also, buyers should ascertain what safety rating the bifocal safety glasses have, such as if they’re ANSI-approved and/or OSHA complaint.

#3. Type and Color of Lenses:

Choosing the lens type and color is an important factor to consider, as the lenses provide the most functionality and protection with bifocal safety glasses. Already, the bifocal lenses are helpful for workers with correctional needs for reading or seeing up close objects better, but lenses also can be used as sunglasses and for varying levels of protection.

The most robust lenses are ballistics-rated, impact-resistant, polycarbonate lenses. These provide the most protection for wearers, but also provide multi-functionality by turning clear indoors and gray outdoors in the direct sun. These lenses provide 100% UVA/UVB protection in the direct sunlight, then turn clear when indoors, making them extremely convenient for certain work environments. Keep in mind, these lenses turn gray when in direct sunlight, which means when they’re used in vehicles they won’t work the same, because most windshields are coated to block UV rays.

For buyers who need light-duty bifocal safety glasses, semi-rimless, non-polycarbonate lenses are available for much less. Make sure these are still ANSI-approved, to be sure they’ll provide durable protection for lighter uses – for a fraction of the price. To find out exactly what strength of bifocals is needed, tests are available online or a person could try some different strengths out at a local department or eyeglasses store. A prescription isn’t needed to buy bifocal lenses, so reading glasses can be found over the counter at most department stores and pharmacies.

#4. Extra Capabilities:

Another factor to consider is: what extra capabilities does the bifocal safety glasses have? For instance, are they thick enough to attach small lights to the sides, can the arms easily be attached to a retainer, or can the parts be removed and replaced? For most uses, standard, full rimmed, thick plastic or nylon frames with polycarbonate lenses will work fine, yet some work environments may require special capabilities – like built-in small flashlights on the sides or double bifocal lenses (top and bottom).

#3. Type and Color of Lenses:

Choosing the lens type and color is an important factor to consider, as the lenses provide the most functionality and protection with bifocal safety glasses. Already, the bifocal lenses are helpful for workers with correctional needs for reading or seeing up close objects better, but lenses also can be used as sunglasses and for varying levels of protection.

The most robust lenses are ballistics-rated, impact-resistant, polycarbonate lenses. These provide the most protection for wearers, but also provide multi-functionality by turning clear indoors and gray outdoors in the direct sun. These lenses provide 100% UVA/UVB protection in the direct sunlight, then turn clear when indoors, making them extremely convenient for certain work environments. Keep in mind, these lenses turn gray when in direct sunlight, which means when they’re used in vehicles they won’t work the same, because most windshields are coated to block UV rays.

For buyers who need light-duty bifocal safety glasses, semi-rimless, non-polycarbonate lenses are available for much less. Make sure these are still ANSI-approved, to be sure they’ll provide durable protection for lighter uses – for a fraction of the price. To find out exactly what strength of bifocals is needed, tests are available online or a person could try some different strengths out at a local department or eyeglasses store. A prescription isn’t needed to buy bifocal lenses, so reading glasses can be found over the counter at most department stores and pharmacies.

#4. Extra Capabilities:

Another factor to consider is: what extra capabilities does the bifocal safety glasses have? For instance, are they thick enough to attach small lights to the sides, can the arms easily be attached to a retainer, or can the parts be removed and replaced? For most uses, standard, full rimmed, thick plastic or nylon frames with polycarbonate lenses will work fine, yet some work environments may require special capabilities – like built-in small flashlights on the sides or double bifocal lenses (top and bottom).

#5. Affordability and Place of Purchase:

The last factor to consider is, of course, the price tag and place of purchase, which often work together. Buyers want to avoid cheap products, yet still, get a good deal for a quality product. Buying bifocal safety glasses manufacturer-direct online from Phillips Safety, for instance, gives buyers wholesale prices at a discount for quality products. Buyers should ascertain whether the place of purchase has discounted bulk rates, free shipping, good selection, fair return policy, and quality products. They should also consider the experience, expertise, customer service, shipping and handling policies, and reputation of the company, in order to validate the quality of their products and ensure a good buying experience.

Summary

Many work environments require safety glasses, and bifocal safety glasses make it safer and more convenient for workers to see clearly from far away and up close without switching glasses. Bifocal safety glasses are a major improvement in workplace safety, especially with polycarbonate lenses, which Photochromic from indoors to outdoors – making them even more convenient and safe. Comfort, durability, expanded capabilities, and added protection have also improved over the years.

These 5 factors to consider should help buyers choose the right bifocal safety glasses for the specific uses they need. Subjective tastes, bulk or individual ordering, and specific work environments will also factor into the overall decision buyers make. For 75 years, Phillips Safety has been manufacturing optical lenses for safety glasses for all applications, including military and industrial, and has the experience, expertise, and quality products that buyers can count on. Please contact us to learn more about our bifocal safety glasses.

If you still aren’t sure which bifocal safety glasses are right for you, it’s a good idea to give us a call at 1-866-575-1307 or talk to us through our chat or e-mail us at [email protected]

Our experts will be able to tell you what you need for your application.

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