Amanda Arruda

Radiation Safety for Fluoroscopy

Posted on February 7, 2023August 13, 2024 by Amanda Arruda

Need a pair of radiation safety glasses for fluoroscopy? In the fast-paced environment of medical procedures, it’s easy to overlook the long-term effects of repeated exposure to radiation, particularly for professionals working with fluoroscopy. The necessity of radiation safety glasses in this field cannot be overstated. These specialized glasses, equipped with lead lenses, serve as a crucial barrier against the potentially harmful x-ray radiation emitted by fluoroscopy machines. Not only do they safeguard against immediate risks, such as cataracts—a known consequence of prolonged exposure—but they also mitigate the cumulative effects of radiation, preserving eye health over a practitioner’s career.

In this article, we delve into the significance of radiation safety for fluoroscopy, outlining the key benefits and considerations surrounding the use of protective eyewear. Whether you’re a seasoned specialist or a novice practitioner, prioritizing your ocular health is paramount in maintaining a safe and sustainable career in medicine.

SHOP Radiation Glasses

SHOP Nike Lead Glasses

Fluoroscopy and Radiation Safety

Safety glasses for fluoroscopy have lead in the lenses to attenuate, or absorb, the dangerous x-ray radiation that is emitted by these life-saving machines.

If you are a doctor working in fluoroscopy, it is very important that you wear radiation safety glasses. Radiation safety for fluoroscopy protects you from potentially debilitating health risks which are associated with a career’s worth of exposure to x-ray radiation from working in fluoroscopy.

If you are a heart specialist or another health professional working in fluoroscopy, you should know that early-onset cataracts has been associated with repeated use of a fluoroscope, even in patients with no family history of cataracts. The result can be the need for surgery and possibly even permanent damage to the eyes that could ultimately end a career in medicine.

If you’re wondering whether you should wear radiation safety glasses for fluoroscopy, here’s what you need to know:

Radiation safety glasses reduce or eliminate your risk of developing cataracts from working with a fluoroscope by attenuating the x-ray radiation your eyes would otherwise be exposed to.

Radiation safety for fluoroscopy is important because, even though fluoroscopes emit a small amount of radiation, x-ray radiation exposure is cumulative and can have long-term effects. This is even (or especially) true for doctors who, after decades of work without eyewear, have had no eye problems.

Radiation safety glasses, or x-ray safety glasses, are available in a variety of frame types to ensure that you can get a pair that is comfortable and useful to you.

Our radiation safety lenses are made of Schott SF-6 radiation safety glass, which offer 0.75mm Pb equivalency and the clearest glass on the market, totally free of defects and imperfections.

We make prescription radiation safety glasses for fluoroscopy in our own in-house prescription optical lab. If you need prescription x-ray safety glasses, we can make them for you.

If you’re wondering whether you should wear radiation safety glasses for fluoroscopy, here’s what you need to know:

Radiation safety glasses reduce or eliminate your risk of developing cataracts from working with a fluoroscope by attenuating the x-ray radiation your eyes would otherwise be exposed to.

Radiation safety glasses, or x-ray safety glasses, are available in a variety of frame types to ensure that you can get a pair that is comfortable and useful to you.

Our radiation safety lenses are made of Schott SF-6 radiation safety glass, which offer 0.75mm Pb equivalency and the clearest glass on the market, totally free of defects and imperfections.

We make prescription radiation safety glasses for fluoroscopy in our own in-house prescription optical lab. If you need prescription x-ray safety glasses, we can make them for you.

If you are working in fluoroscopy without radiation safety glasses, we urge you to consider radiation safety for fluoroscopy where your eyes are concerned. Most doctors wear leaded gloves, aprons, thyroid collars, and other equipment during fluoroscope procedures. Additionally, personnel in the room not involved with the operation often stand behind leaded shields to protect themselves from radiation. Why shouldn’t you protect your eyes, arguably your most valuable sense and one of your most amazing organs? Radiation safety for fluoroscopy is essential and something that should not be overlooked. If you have any questions about radiation safety, what you can do to protect yourself, or what we have to offer as far as eyewear, don’t hesitate to contact us!

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.

Welding, Torch and Brazing Lens Selection

Posted on February 7, 2023May 30, 2024 by Amanda Arruda

Most people today doing welding are using auto-darkening lenses. These are electronic devices that almost instantaneously become very dark when they sense the presence of a welding arc. In some cases and for certain applications, many welders want to use a fixed welding lens that stays dark all of the time. Because of this Phillips Safety offers a wide range of products to choose from.

SHOP welding lenses

Shop Torch and Brazing Glasses

Lens Selections for Welding, Torch, and Brazing

Phillips Safety manufactures and sells several types of passive (fixed shade) welding filter lenses. These are lenses that maintain a constant shade of protection. All of our welding filter lenses are made of glass and possess superior optical and scratch resistant properties. They are available in several shapes and sizes as well as certain custom cut to order sizes upon request.

Green

For torch work and brazing, lighter green shades like Shade 4 or Shade 5 are typically used, with the option to adjust to darker shades if necessary. For brazing, a Shade 6 or Shade 8 is commonly preferred. Darker green shades ranging from Shade 9 to Shade 14 are specifically tailored for welding, offering superior optical quality compared to other materials like plastic or alternative glass lenses. Available in standard sizes or custom-cut to order, these lenses provide a clearer view of the welding task at hand while effectively blocking harmful infrared and ultraviolet energies emitted during welding, ensuring safety and precision.

Gold

The Gold Mirrored welding lenses feature the same gray/green glass base with a gold mirror coating, effectively reducing glare from the welding arc while introducing a bluish hue to the work area. Often likened to the renowned AO Safety© Cool Blue welding lenses, which are no longer on the market, these lenses provide comparable benefits. Furthermore, the Gold Mirrored lenses reflect an additional 90% of infrared radiation, significantly minimizing the heat reaching the eyes and enhancing safety during welding tasks.

Alloweld

Initially developed for craftsmen engaged in aluminum welding to counter the prevalent bright yellow flare, Alloweld lenses have become increasingly popular as more processes utilize specialized fluxes and materials generating intense yellow flares. The Alloweld lenses comprise two integrated lens types: a standard welding shade combined with a specialized sodium flare blocking lens, effectively eliminating the yellow flare. When employed in standard stick or arc welding, they virtually eradicate the arc, providing unparalleled precision in observing the ongoing work.

Cobalt Blue

Also known as Neotherm, the Cobalt Blue lens is specifically engineered for furnace and molten metal observation, widely employed in foundries, steelworks, glassworks, fiberglass, ceramics plants, and other high-temperature environments where eye protection is essential. Phillips Safety provides Neotherm lenses in Shades 4, 5, 6, and 8, effectively absorbing UV radiance and harmful infrared emissions within the 780 to 2000nm range, suitable for temperatures ranging from 1,290 to 1,800° Celsius, and certified to EN 166 and EN 171 standards. It’s crucial to note that these lenses should not be utilized for welding applications.

Super Magenta Drop In

The Super Magenta Drop-In Welding Lens represents a significant innovation in welding optics, designed to complement your existing welding lens setup. Crafted from acrylic, it effectively reduces yellow flare, enhancing color accuracy and visual clarity during welding tasks. By utilizing advanced materials, this lens eliminates yellow and orange hues from the spectrum while intensifying other colors. While standard green lenses block ultraviolet (UV) and infrared (IR) wave energies, they do not fully address the bright and potentially harmful visible light spectrum. However, the Super Magenta Drop-In surpasses standard solutions, providing exceptional clarity and protection against visible light. These should not be used independently to prevent potential eye damage.

Super Blue Drop In

The Super Blue Drop-In Welding Lens is a groundbreaking solution to enhance welding optics when used alongside your regular welding lens. Constructed from durable polycarbonate, it effectively blocks the yellow/orange segment of the visible spectrum (589-600nm), significantly improving vision clarity by reducing arc brightness and eliminating yellow flare. While standard green lenses effectively shield against ultraviolet (UV) and infrared (IR) wave energies, they fall short in addressing the intense and potentially harmful visible light spectrum. The Super Blue Drop-In fills this gap, ensuring a safer and clearer view during welding operations. This lens should not be used independently to prevent the risk of permanent eye damage.

Magnifier

The Clear Welding Magnifier Lens, crafted from clear polycarbonate, boasts durability and clarity, providing an enhanced image for welders. Equipped with an anti-scratch coating, these lenses ensure long-lasting quality. With a compact rectangular shape measuring 2 inches in height and 4.25 inches in width, Phillips Safety offers these magnifier lenses in eight different magnifications ranging from 0.75 to 2.50, catering to diverse welding needs.

Laser Welding

Phillips Safety’s Fiber Laser Welding Lens or Filter Plates are crafted with advanced materials, offering shade options of 3.0 or 5.0 for welding IR shade and laser protection. These plates allow users to adjust darkness levels, ensuring safety and improved visibility during welding. Laser protection is a key focus, blocking harmful radiation while permitting necessary visible light for precise tasks. Designed for clear vision without compromising safety or comfort, these plates represent the pinnacle of welding safety standards.

Clear Glass Cover

The Clear Glass Cover Lens provides top-notch protection against dust, weld spatter, and impact, featuring a high-quality material ideal for replacing non-hardened clear glass cover lenses in welding helmets. Manufactured by Phillips Safety, these cover lenses are conveniently sized at 2 inches in height, 4.25 inches in width, and 2 mm thick, ensuring compatibility with most brand name helmets while offering reliable shielding for welders.

Conclusion

In conclusion, Phillips Safety offers a comprehensive range of welding lenses and accessories meticulously designed to meet the diverse needs of welders across various industries. Our fixed shade options are crafted with advanced materials to ensure superior protection, clarity, and durability. Whether it’s the innovative Super Magenta Drop-In or the precision-engineered Fiber Laser Welding Lens, welders can trust Phillips Safety to provide cutting-edge solutions that prioritize safety and performance. With a commitment to quality and innovation, Phillips Safety continues to set the standard in welding optics, empowering welders to work with confidence and precision while safeguarding their vision.

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.

Furnace Observation Cobalt Blue Glass

Posted on February 7, 2023May 30, 2024 by Amanda Arruda

SHOP COBALT BLUE GLASSES

When it comes to observing furnaces, particularly in industries like metalworking and glass blowing, ensuring eye protection is paramount. Amidst the array of eyewear options available, cobalt blue glass emerges as a specialized choice tailored specifically for furnace observation scenarios where infrared (IR) protection isn’t the primary concern but clarity and vision enhancement are.

Cobalt blue glass serves a unique purpose in the realm of furnace observation. Unlike its green IR counterpart, cobalt blue lenses aren’t intended for shielding the eyes from IR radiation. Instead, they are meticulously crafted to optimize the viewing experience for furnace operators, allowing them to peer into intensely bright furnaces with enhanced clarity and reduced eye strain.

SHOP cobalt blue glasses

SHOP cobalt blue lenses

Understanding the Distinctive Attributes

Enhanced Vision

The primary function of cobalt blue glass is to mitigate the intense brightness emitted by furnaces during metal and glass work. By filtering out certain wavelengths of light, cobalt blue lenses enable observers to discern details within the furnace environment more effectively, facilitating precision in tasks and reducing eye fatigue.

Contrast Enhancement

One notable advantage of cobalt blue glass lies in its ability to enhance contrast, thereby rendering objects within the furnace more distinguishable. This heightened visual contrast aids workers in accurately assessing the conditions of materials undergoing processing and monitoring the progression of their work with greater clarity.

Not a Substitute for IR Protection

It’s crucial to note that cobalt blue glass does not provide protection against infrared radiation, unlike green IR lenses. Therefore, it should never be utilized as a replacement for IR-specific eyewear in settings where IR exposure is a concern.

Navigating Availability and Quality

Finding high-quality cobalt blue glass lenses tailored for furnace observation can be challenging due to their specialized nature. However, opting for lenses that adhere to stringent optical standards is imperative to ensure both visual clarity and ocular safety.

At Phillips Safety, we take pride in offering premium-grade cobalt blue glass lenses meticulously crafted to meet the rigorous demands of furnace observation applications. Our lenses are engineered to provide unparalleled optical clarity and durability, thereby enhancing the overall viewing experience while safeguarding the eyes of furnace operators.

Cobalt Blue Fitover Glasses 9014

Phillips_Safety-T9538S-Clear-angleright_CB4

Cobalt Blue Glasses T9538S

Cobalt Blue Circular Lens | 50 mm

Cobalt Blue Large Lens | 4.5 x 5.25

Final Thoughts

Cobalt blue glass remains the preferred choice for furnace observation in industries where IR protection isn’t the primary concern. Its unique properties make it indispensable for enhancing visibility and reducing eye strain in environments characterized by intense heat and brightness.

If you’re in need of furnace observation cobalt blue glass, look no further. Phillips Safety stands ready to provide you with top-tier lenses tailored to your specific requirements. For inquiries or assistance in selecting the right eyewear for your application, don’t hesitate to reach out to us. Your vision and safety are our utmost priorities.

Experience the unparalleled clarity and comfort of cobalt blue glass lenses with Phillips Safety today.

If you still aren’t sure which cobalt blue 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.

SHOP COBALT BLUE GLASSES

What Lens Shade to Use When Spot Welding Steel?

Posted on February 7, 2023May 30, 2024 by Amanda Arruda

SHOP WELDING GLASSES

Spot welding stands as one of the most prevalent and often referenced forms of welding, yet it’s frequently misunderstood. Unlike arc welding, which generates an arc to fuse metals, spot welding utilizes electrical resistance, heat, and pressure to join metal pieces stacked atop one another. This technique involves pinching the two metal pieces together with pointed tongs, one set to a high voltage and the other grounded. The resistance to electricity flow heats the metal, facilitating the welding process. Notably, spot welding is highly localized, with heat concentrated only where the tongs meet, ensuring minimal heat dispersion across the workpiece, which subsequently cools rapidly.

Thanks to its mechanical simplicity, spot welding is easily automated, making it a staple in manufacturing processes. Think of the robots tirelessly welding car components together on assembly lines; they’re likely spot welders. Despite its prevalence, it’s common for non-welding professionals to incorrectly label various metal-joining techniques as spot welding. However, true spot welding is seldom practiced by hobbyists or in construction due to its dependence on specialized equipment and lack of portability.

SHOP welding glasses

SHOP welding lenses

Spot Welding Beyond the Basics

Spot welding’s precision and repeatability have led to its integration into diverse fields beyond heavy industry. It’s found its way into the fabrication of microelectronics, intricate mechanical assemblies, and even medical devices. Unlike arc welding, spot welding doesn’t emit a glaring arc, making eye protection less demanding. Typically, a Shade 5 lens suffices for spot welding, a stark contrast to the Shade 10 lens recommended for arc welding—a fivefold difference in darkness.

Ensuring Safety in Spot Welding Operations

While eye protection is paramount in any welding task, spot welding emphasizes the importance of quality safety glasses and potentially a face shield. These safeguards shield against flying chips or sparks that may occur during operation. However, selecting the appropriate lens shade isn’t solely about darkness; it’s about ensuring clear vision of the work at hand. In some setups, where the welding arc is fully enclosed by guards and shielding, a shaded lens might hinder visibility rather than enhance it.

Practical Safety Measures

Beyond eye protection, it’s crucial to wear attire that shields against flying sparks and particulates. This underscores the overarching principle of exercising common sense and reasonable caution in welding operations. Your vision’s safety hinges on these fundamental practices.

Green Welding Glasses TP395

Phillips_Safety-70-PC-Black-angleright_CB4

Cobalt Blue Welding Glasses 70-PC

Green Welding Circular Lens | 50 mm

Cobalt Blue Large Welding Lens

Conclusion

Spot welding’s simplicity, precision, and adaptability have cemented its role as a cornerstone of modern manufacturing. From automotive assembly lines to intricate electronic components, its applications span a broad spectrum. However, amidst its widespread use, clarity regarding proper eye protection and safety measures is indispensable. By understanding the nuances of lens shading and adhering to practical safety protocols, welders can ensure both the quality of their work and the preservation of their vision.

If you still aren’t sure which welding 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.

SHOP WELDING GLASSES

Sodium Flare Eye Protection for Hot Glass Working

Posted on February 7, 2023May 30, 2024 by Amanda Arruda

When working with hot glass, it’s crucial to shield your eyes from harmful light, such as sodium flare, ultraviolet (UV) rays, and sometimes infrared (IR) rays. Exposure to these light forms can cause significant and lasting damage to your eyes. For those seeking effective sodium flare eye protection, our range of lampworking safety eyewear is an excellent option to explore. Let’s delve into why this protection is vital and what options we offer.

Understanding the Risks

Glassworking involves high temperatures that emit bright light and intense radiation. Sodium flare, in particular, is a yellow-orange light that can obscure vision and cause eye strain. Prolonged exposure without proper protection can lead to photokeratitis (a painful eye condition akin to sunburn) and other long-term eye issues. Additionally, UV rays can damage the cornea and lens, potentially leading to cataracts, while IR radiation can cause thermal damage to the retina.

Our Product Range

To combat these hazards, we offer specialized eyewear designed to filter out harmful light effectively. Here’s a closer look at our product lineup:

Phillips 202 Lens

Protection Features: This lens is engineered to block sodium flare and UV rays, providing clear vision and essential protection for soft glass torchwork.

Ideal Use: Suitable for artists and hobbyists who work primarily with soft glass, where sodium flare and UV are primary concerns.

BoroTruView Eyewear

Protection Features: Available in a variety of shades, these lenses offer comprehensive protection against sodium flare, UV, and IR rays.

Ideal Use: Perfect for borosilicate glassworking, where additional IR protection is necessary due to the higher working temperatures and different light emissions.

Unique Lens Technology

Our BoroTruView lenses represent a fusion of advanced technologies:

Combination of Materials: These lenses combine the properties of the Phillips 202 and green IR welding lenses. By merging these materials, we ensure robust protection against a broader spectrum of harmful light.

Shade Options: Choose between shades 2, 3, 5, 6, and 8 to suit your specific needs, whether you require moderate or higher levels of light filtration.

The Importance of Proper Eye Protection

Using the right eye protection is non-negotiable for regular glassworking. Here’s why:

Prevent Permanent Damage: Without adequate protection, regular exposure to sodium flare, UV, and IR rays can cause irreversible damage to your eyesight.

Maintain Optical Quality: Our lenses are of optical quality, providing clear vision without distortion, crucial for detailed and precise glasswork.

Prescription Options Available: Many of our eyewear styles can be customized with prescription lenses, ensuring everyone can work safely and comfortably.

Phillips 202 Glasses 208

BoroTruView 3.0 Glasses 15011

BoroTruView 5.0 Glasses FitProtek

BoroTruView 6.0 Glasses 202

Conclusion

Protecting your eyes from the hazards of hot glassworking is essential. With our range of high-quality, specialized eyewear, you can work confidently and safely. Explore our full line of sodium flare protection products to find the perfect solution for your needs. If you have any questions about choosing the right sodium flare eye protection for your needs, feel free to contact us. Our team is ready to assist you in selecting the best eyewear to ensure your safety and enhance your glassworking experience.

If you still aren’t sure which lampworking 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.

Lampworking Protective Eyewear for Soft Glass

Posted on February 7, 2023May 30, 2024 by Amanda Arruda

When it comes to lampworking with soft glass, selecting the right protective eyewear is essential for your safety and the quality of your work. The type of protection you need depends largely on the specific tasks you perform, which may involve using a torch, a furnace, or sometimes both.

SHOP Phillips 202 glasses

SHOP Sodium Flare Poly glasses

Furnace Work Protection

If your work primarily involves using a furnace, it’s crucial to protect yourself from the harmful effects of UV and IR radiation. This type of work includes off-hand glassblowing, glory hole work, and other furnace-related activities. For these purposes, our Light Green glasses are specifically designed to provide the necessary protection. These glasses are ideal because they effectively filter out UV and IR radiation, ensuring that your eyes are shielded from these potentially damaging wavelengths.

Torchwork Protection

On the other hand, if your lampworking involves using a torch, you’ll need protection from both sodium flare and UV radiation. The intense light and heat generated during torchwork can produce sodium flare, which is a bright yellow-orange glare that can be harmful to your eyes over time. For this type of work, our Phillips 202 lenses are the perfect solution. These lenses are specially designed to protect against sodium flare and UV radiation, allowing you to work comfortably and safely.

Protection for Both Furnace and Torch Work

In situations where your work requires both furnace and torch use, we offer a versatile solution with our BoroView lenses (BoroView 3.0 and BoroView 5.0). These lenses provide comprehensive protection from UV, IR, and sodium flare. However, they are quite dark, which can be less convenient in certain working conditions. Therefore, a more practical approach might be to enhance your primary eyewear with clip-ons, allowing you to adapt to different tasks without compromising on protection.

Augmenting Torchwork Glasses for Furnace Work

If your primary focus is on torchwork, you might consider using the Phillips 202 glasses. To make them suitable for furnace work, you can augment these glasses with our Green Welding clip ons. This clip-on can be worn over the Phillips 202 glasses when you are working with a furnace and then easily removed when you switch back to torchwork. This flexibility ensures that you always have the right level of protection for the task at hand.

Augmenting Furnace Work Glasses for Torchwork

Conversely, if your work predominantly involves furnace or glory hole activities, the Light Green glasses are more appropriate. These glasses can be paired with the Sodium Flare Poly clip ons, which can be added for torchwork and then removed when returning to furnace tasks. This combination allows you to seamlessly transition between different types of work while maintaining optimal eye protection.

Phillips 202 TP395

Sodium Flare Poly OTG

Light Green 201

Torching Flip Up Clip On

Sodium Flare Poly Clip On

Conclusion

No matter what type of soft glass lampworking you do, we have the right protective eyewear to meet your needs. We understand that choosing the correct eyewear can be confusing, especially with the variety of options available. If you have any questions or need further clarification about the best options for your specific work, please don’t hesitate to contact us or leave a comment on this post. Our goal is to ensure that you have the correct protection, and we are here to help you make an informed decision with confidence. Your safety and satisfaction are our top priorities, and we want you to shop with confidence knowing that you have the best possible protection for your lampworking activities.

If you still aren’t sure which lampworking 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.

Leaded Eyewear for Use in Fluoroscopy

Posted on February 7, 2023May 30, 2024 by Amanda Arruda

SHOP LEAD GLASSES

Need eye protection from harmful x-ray radiation? Fluoroscopy, a medical imaging technique utilizing continuous x-ray beams to produce real-time images, is a crucial tool in modern healthcare. However, its use exposes both medical professionals and patients to potentially harmful x-ray radiation. To mitigate these risks, protective measures such as leaded apparel, including aprons and gloves, are essential. Among these protective measures, leaded eyewear plays a pivotal role in safeguarding the eyes from direct x-ray exposure.

SHOP Radiation glasses

SHOP Nike lead glasses

Fluoroscopy Leaded Eyewear

Leaded eyewear designed for fluoroscopy is specifically engineered to provide optimal protection against x-ray radiation. At Phillips Safety, these specialized glasses feature lenses with a thickness equivalent to 0.75mm of lead sheeting, effectively attenuating x-ray beams and shielding the eyes from harm. The lenses are meticulously crafted from high-quality German glass, ensuring both clarity of vision and maximum radiation protection.

When considering leaded eyewear for use in fluoroscopy, it’s essential to choose a pair that meets stringent safety standards. Phillips Safety offers a comprehensive range of leaded eyewear options tailored to the unique needs of medical professionals. Whether you require prescription or non-prescription lenses, our selection caters to diverse preferences and requirements.

Our inventory encompasses various frame styles and sizes, ensuring a comfortable and secure fit for every wearer. From sleek and modern designs to classic and traditional options, we prioritize both functionality and aesthetics in our eyewear selection. Furthermore, many of our styles are CE certified for use in radiology and fluoroscopy, providing an additional layer of assurance regarding their safety and efficacy.

Protecting the eyes during fluoroscopy procedures is paramount, as prolonged exposure to x-ray radiation can lead to serious health consequences, including cataracts. By investing in leaded eyewear, medical professionals can safeguard their vision and mitigate the risk of long-term eye damage. While protective eyewear alone cannot shield the entire body from radiation, it serves as a critical defense mechanism for preserving ocular health.

In addition to providing comprehensive protection, leaded eyewear offers peace of mind to medical professionals performing fluoroscopy procedures. By prioritizing safety and investing in quality protective gear, healthcare providers can ensure both their well-being and the welfare of their patients.

Key Features of Phillips Safety's Lead Glasses

Stringent Safety Standards

Our leaded eyewear is designed to meet the highest safety standards, ensuring optimal protection against x-ray radiation during fluoroscopy procedures.

Tailored Options

We offer a comprehensive range of leaded eyewear options, including both prescription and non-prescription lenses, tailored to the unique needs of medical professionals.

Diverse Frame Styles and Sizes

Our inventory features various frame styles and sizes, guaranteeing a comfortable and secure fit for every wearer. Whether you prefer sleek and modern designs or classic and traditional options, we have eyewear to suit your preferences.

CE Certification

Many of our styles are CE certified for use in radiology and fluoroscopy, providing an additional layer of assurance regarding their safety and efficacy.

Conclusion

If you have any inquiries regarding leaded eyewear for use in fluoroscopy or require guidance on selecting the right eyewear for your needs, our team is here to assist you. Don’t hesitate to reach out to us via phone, chat, or e-mail. Thank you for prioritizing safety, and remember to stay vigilant in protecting your eyes during fluoroscopy procedures. Your vision is invaluable, and safeguarding it is of utmost importance.

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.

SHOP SAFETY READING GLASSES

Fluorescent Goggles Forensics: Essential Tools for Every Investigator

Posted on February 7, 2023June 3, 2024 by Amanda Arruda

SHOP FORENSIC GLASSES

Need to see what’s under that fluorescent light? People working in forensic investigations sometimes have to use fluorescent goggles for forensics, which allow them to better view what’s being revealed by the fluorescent light.If you’re working in forensics and need goggles for your fluorescent lights, we have what you’re looking for. Whether you need yellow, red, or orange glasses, our line of forensic glasses will fulfill your needs and allow you to see what you’re looking for under the light.

Looking for fluorescent goggles for forensics? Here's what you need to know:

Forensic glasses, when used in combination with a UV lamp, enable the investigator to more readily see traces of fluorescence at great distances.

Knowing which forensic glasses isn’t an exact science; light conditions, the type of surface or material in question and state of the substance (wet, dry, new, old, etc…) will influence which color works best.

Different substances react and fluoresce at different wavelengths. While some substances may fluoresce when exposed to light of a certain wavelength, other substances might not fluoresce or be visible at all.

If you need fluorescent goggles for forensics, we have red lens glasses that transmit 2% at 583nm, yellow lens glasses that transmit 2% at 480nm, and orange lens glasses that transit 2% at 549nm.

Our line of forensic glasses are used by many skilled scientists and investigators to aid in their work.

Forensic glasses, when used in combination with a UV lamp, enable the investigator to more readily see traces of fluorescence at great distances.

If you need fluorescent goggles for forensics, we have red lens glasses that transmit 2% at 583nm, yellow lens glasses that transmit 2% at 480nm, and orange lens glasses that transit 2% at 549nm.

Our line of forensic glasses are used by many skilled scientists and investigators to aid in their work.

Yellow Filter Forensic Glasses 703

Orange Filter Forensic Glasses 33

Orange Filter Forensic Glasses 1375

Red Filter Forensic Glasses 66

Forensic glasses filter away the undesired reflected light from the surface that is being illuminated by the fluorescent light. Our forensic filters significantly increase the possibility of finding the exact evidence or traces that you’re looking for, and filtering away unwanted traces. If you need fluorescent goggles for forensics, look no further: browse through our Forensic Glasses collection.

If you still aren’t sure which forensic 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.

SHOP FORENSIC GLASSES

The Multiple Benefits of Clip-On Flip-Up Magnifying Reading Glasses

Posted on February 7, 2023June 6, 2024 by Amanda Arruda

If you work in a job that requires regular detailed work or reading, good vision is key. Squinting while having to read small-font instructions can lead to headaches and migraines while missing each detail on close-up work can lead to even more problems.

Clip-On Magnifiers

Unfortunately, not a lot of products available on the market allow professionals to use glasses only for this type of close-up vision. Most glasses focus on a single prescription strength, which becomes a problem if you see perfectly fine otherwise. That’s where clip-on flip-up magnifying reading glasses come into play. These types of glasses actually work perfectly well for a number of situations, which we’ll discuss below.

SHOP safety reading glasses

Reading Instructions While Operating Machinery

Machinists know the importance of keeping a close eye on your machinery. Regardless of how your exact job or industry, you’ll need to make sure that every part functions well together in order to manufacture products and parts exactly as desired. But especially on complex machines, that can be difficult. In fact, you may have to read instructions or safety manuals before, during, and after the operation. When first starting to work on a new machine, the same is true. How do you make sure that you can do both simultaneously? Straining to make sure you can read these instructions does not allow you to be efficient or operate the machine itself at the same time. Through reading glasses, you can optimize the process, helping you read and understand every manual more easily. And when they clip on and/or flip-up, they won’t get in the way of the operation after you’re done reading.

Writing Reports While Working

Some jobs, especially in the manufacturing industry for lean organizations, require regular write-ups on reports. Particularly if safety is a concern for your job or the company you work for, these reports play a crucial part in evaluating both your performance and the overall environment you work in. Speaking of safety: as you write those reports, you have to make sure that you can concentrate easily while everyone around you continues their job. Searching for the right glasses, or trying to write without seeing every detail, can be difficult. And again, clip-on flip-up magnifying reading glasses can help ease your burden. They help you focus on your report, but also detach and get out of the way easily to help you perform your regular duties. In some situations, speed is key – and these glasses can help improve your speed.

Completing Detail Work

Last, but certainly not least, these types of classes can help any professional who has to complete detail work on a regular basis. Welding, for example, requires close attention to the work you’re doing while simultaneously protecting your eyes. Sure, you’ll have general eye protection, but that will matter little if you don’t know exactly what you’re doing. A large variety of professionals require this type of detail work. And once your eyesight begins to worsen, particularly if you are not able to see details as clearly as you used to, you may find yourself feeling unqualified for your duties. Clip-on, flip-up glasses ensure that you can see closely, and even magnify the details on which you’re working, allowing you to stay just as proficient and effective even as your eyesight is not as great as it used to be.

3 Clip-On Flip-Up Magnifying Reading Glasses for Professionals Across Industries

In other words, clip-on flip-up magnifying reading glasses can help a variety of professionals across industries. The numerous situations in which they become beneficial to make them worth the investment for anyone who needs to read small type, or complete detail work, while still protecting their eyes. At the same time, you also have to find the right product for your needs. The general concepts matter only so much if you cannot find an option that is both comfortable and accomplishes its purpose. Here are 3 options that can do just that:

Large Clear Magnifying Reading Glasses

As the name suggests, these CFA glasses work especially well for large frames and lenses. A lens/eye size of 59, B measurement of 50, and bridge size of 15 all accommodate larger glasses better than any option below.

Small Clear Magnifying Reading Glasses

The CFS alternative to the above option is its perfect counterpart. A significantly smaller size, particularly in terms of the B size, allow them to easier fit on small frames.

Clear Clip-On Magnifying Reading Glasses

Finally, this option is a perfect compromise of the above two. A rounded metal frame, clear lenses, help you see everything clearly even if you have to perform detail and close-up work.

All three of these products retail for $14.99, making them an affordable addition to your safety gear. In addition, they attach seamlessly to your existing safety glasses, helping you better complete your job without adding any type of inconvenience. Finally, they can be adjusted according to your individual prescription, while their size allows for convenient pocket storage to keep them safe only for situations when you actually need them. Safety in your job environment is key. You always want to protect your eyes, particularly when it comes to completing detailed work. Through clip-on flip-up magnifying reading glasses, you can ensure that your eyes remain safe while better performing your job. To learn more about these types of products, and how they can help you become and remain successful in your job, contact us.

If you still aren’t sure which clip-on flip-up magnifying reading glasses 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.

SHOP SAFETY READING GLASSES

Phillips Safety on Welding Safety: Sodium Flare Reduction

Posted on February 7, 2023May 30, 2024 by Amanda Arruda

Welding has always been considered something of a dangerous occupation due to the high percentage of eye and face related work injuries reported to the Bureau of Labor Statistics. It goes without saying that safety equipment is a must in the industry, but not all products are created equal. With the proper use of today’s most advanced safety technology, the modern welder can achieve maximum protection from exposure and injury.

Phillips Safety Products, Inc. is committed to researching and developing the very best in safety materials that provide protection without hindering the ability to work. Though we are a manufacturer and distributor of eye safety for a variety of fields we pride ourselves on updating our products to reflect the latest safety selections of the highest quality. As a result of our efforts, advances have been made in welding eye safety lenses that focus on filtering and deflecting harmful light wavelengths while increasing the level of contrast for a clearer field of vision. Read on to learn more about the latest advancements in sodium orange flare reduction in welding.

SHOP welding lenses

Why Eye Safety?

One of the greatest risks that welders face on a daily basis is exposure to invisible wavelengths of light (UV rays). Because UV rays are not visible to the eye, exposure can be particularly dangerous, causing conditions such as photokeratitis (sometimes referred to as welder’s flash or arc eye), which causes the cornea to swell, and creates sensitivity to light and pain. Of course, UV exposure and eye damage are common knowledge in the world of welding so most eye safety products are already equipped to handle these particular wavelengths of light. As a general rule, eye safety products are tested and verified for shade, UV transmissions, infra-red transmissions, and blue light transmissions. However, even visible light in the middle of the wavelength spectrum can be harmful to the eyes with repeated exposure. Sodium orange flare is one such emission that is visible to the eye and potentially dangerous due to its increased brightness.

What is Sodium Orange Flare?

Sodium orange flare is produced by welding and brazing fluxes which contain alkaline metal salts such as sodium chloride. When the flux is heated in open flame welding it emits an exceedingly bright yellow-orange incandescence commonly referred to as “sodium orange flare”. Additionally, the production of sodium orange flare is particularly prevalent when welding aluminum, stainless steel, and cast iron.

How Do Our Products Prevent Sodium Flare Exposure?

All of our welding products are tested and verified to filter and block UV and infrared light, but now our line of sodium flare reduction lenses offers the ability to replace your existing lenses or simply add an additional layer of safety. With three state-of-the-art varieties of sodium-flare reduction lenses, you can be sure that you are protected from all potential threats to your eyes.

Our Sodium Flare Reduction Collection

Below, you will find a complete breakdown of product statistics for each of the three varieties currently available in our line of sodium-flare reduction lenses.

AlloWeld

Our AlloWeld aluminum glass welding lenses are made of a composite material that combines the ability to filter out UV and infrared lights with a combination of earth metals that increase flare reduction as well as color contrast for enhanced vision. Because of this dual ability, these lenses have been designed to replace your existing welding lenses. With the ability to block invisible light threats as well as its excellent results of eliminating the welding arc, they provide an unparalleled vision of both the weld puddle and your work environment. Made from high-quality German glass that is heavily inspected to ensure no distortions, these lenses offer immense durability and scratch resistance. The lenses also meet the ANSI welding lens standards so you can be sure you are buying the highest quality product available. AlloWeld lenses completely eliminate sodium flare during welding and brazing and are recommended for work on aircraft, boats, radiators, and refrigeration units.

Super Blue

While AlloWeld is designed to replace your current safety glasses, our Super Blue drop-in lenses are an addition to your current lenses. Use Super Blue in combination with your welding lenses to cut down on flare from your torch or arc. These drop-in lenses are made of high-end optical-quality polycarbonate for clarity and durability. These lenses should be fitted behind your primary lens for the best results.

Super Magenta

Like the Super Blue variety, Super Magenta drop-ins are also designed to be an addition to your current welding glasses. These are also designed to be fitted behind your current lenses and offer a highly specific reduction of certain wavelengths. Super Magentas are targeted to reduce and eliminate wavelengths in the yellow spectrum while increasing visual acuity, enhancing contrast, and drastically improving color discernment.

If you would like more information about sodium flare reduction or any of our other welding safety products, please feel free to contact us. We are excited to share our fantastic inventory of safety and knowledge with you, while simultaneously offering the best in comfort and visual acuity. Our staff is ready and waiting to help. We look forward to helping you meet your safety needs!

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.

Laser Safety Glasses Frequently Asked Questions

Posted on February 7, 2023September 11, 2024 by Amanda Arruda

Y93 Laser Safety
Glasses 17001

Laser safety starts with knowledge. Without it, blindness can happen in the blink of an eye. Lasers span distances at the speed of light, which, according to physics, is the fastest speed possible. There will be no warning before a laser beam does its damage. One instant, you are fine, and the next, you aren’t. Besides their near instantaneous speed, laser light is collimated. That is, their rays of light are nearly parallel. This means the energy intensity of a beam diminishes little with distance. Depending on the laser, its beam may spread out by only a tenth of an inch after traveling ten feet.

This is quite different from ordinary light, which diminishes in intensity with the square of its distance. For example, its intensity diminishes by a factor of four when its travel distance is doubled. This is why a one watt laser can blind you from tens of feet away, while a 100 watt LED light won’t.Eye exposure to a laser does not necessarily cause blindness, however. Lasers in the class 1 & 2 categories are generally considered safe, unless you deliberately stare into the beam for lengthy periods. This is especially true of class 2, which is safe if your blink reflex causes you to look away. Class 3B & 4 lasers will damage the eye and potentially cause blindness if the laser’s wavelength allows it to penetrate past your cornea and lens. Visible light and short wavelength infrared do this.

Laser Safety FAQs

In terms of laser safety, the above facts mean that your eye health hinges on knowledge and the willingness to act on it so that you never make that one mistake that could cost you your vision. Here are seven frequently asked questions and answers about laser safety and laser safety glasses that might save your vision:

1. When Should I Wear Laser Safety Glasses?

Wear laser safety glasses when using or when you are with others using class 3B and class 4 lasers. Class 3B lasers have sufficient power to damage the eye when viewing the beam directly, even for a brief instant. Beam reflections off specular (shiny, mirror-like) surfaces are also harmful, while diffuse reflections from coarse, rough, or any non-shiny surface, such as concrete, are safe. With class 4 lasers, looking at any kind of reflection including diffuse reflections will injure your eyes. That means looking at the spot where the beam hits the target is harmful.

Of course, you should wear laser safety glasses whenever the rules or protocol require it, such as when you are in an area with signs requiring their use.

2. How Long Will My Laser Safety Eyewear Last?

This depends on the wear and tear process. The more effort in taking proper care of the glasses, the longer they will last. Avoid scratching the lenses by not dropping or placing them lens-down on any hard or abrasive surfaces. Do not place them in areas full of dust, dirt, or grit.

To avoid accidentally dropping your glasses, hold them carefully and put them on deliberately — not while multitasking. Never leave them unattended in areas where they may be knocked to the floor, sat on, or stepped on. Keep them clean by washing with water and a non-alkali/acidic soap or detergent. Use a lint free cloth. Note that environmental conditions can degrade your safety eyewear. Avoid keeping them in places that see extreme heat, such as the inside of your car on a hot day, or in a hot garage or attic.

3. Are There Laser Safety Glasses That Protect Against All Types of Lasers?

No. Laser safety eyewear will filter out a wavelength of light specific to the laser used. For example, a blue laser will require different safety glasses than that required by a red laser. Some laser safety glasses are designed to filter out multiple wavelengths, which provide protection from the corresponding types of lasers. However, glasses that protect against all lasers (all wavelengths) would filter out all light. This means no light reaches your eyes, making it impossible to see.

4. Is Laser Eye Protection Needed When No Laser Beam Is Visible?

Inability to see a beam does not mean you are safe from laser exposure. The laser beam may be hidden from your line of sight. Changing your position may expose you to the beam or a reflection. In addition, some lasers are invisible, such as ultraviolet and infrared. Always follow established safety protocol about when to wear laser eye protection and when it is safe to remove them.

3. Are There Laser Safety Glasses That Protect Against All Types of Lasers?

4. Is Laser Eye Protection Needed When No Laser Beam Is Visible?

5. What Are the Signs of Worn or Damaged Laser Safety Eyewear?

Look for signs of lens damage such as scratches, cracks, discoloration, gouges, or holes. Never wear laser safety glasses with damaged frames or straps, even if the lenses are in good condition. You can not count on them to reliably hold the lenses in place. If the wavelength and optical density labeling on the glasses is worn off or is otherwise missing, replace the labeling or discard the glasses. Even if you know this information, someone else won’t and may use the glasses with lasers that they won’t protect against. Of course, one should never use laser safety eyewear without knowing the type of laser light it’s supposed to filter out.

6. Will Laser Safety Glasses Protect Against Impact?

They are only meant as protection against laser light. The lenses of some laser safety glasses are made of polycarbonate. Although this plastic is very tough, don’t assume the glasses are impact resistant if the labeling makes no mention of this. If you require this kind of protection, wear suitably sized impact resistant goggles over your laser safety glasses.

7. How Do I Select the Right Laser Safety Eyewear?

The optical density and wavelength marking on your glasses must be correct for the laser you are using. The optical density indicates the beam energy intensity that the glasses can safely attenuate. If the wavelength does not match that of your laser, the beam will pass through the glasses with little if any attenuation. Getting either of these two requirements wrong can cause injury and possibly blindness.

Talk to your laser safety officer and contact us at Phillips Safety Products for information on this and to obtain the right pair of laser safety glasses.

AKP Laser Safety
Glasses 282

BG39+ Laser Safety
Glasses 808

DYH Laser Safety
Glasses 9388

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.

Three Unexpected Dangers of Working with Lasers

Posted on February 7, 2023September 11, 2024 by Amanda Arruda

Lasers are dangerous, and most people know better than to stare directly into a beam of light. But that’s not the only risk of working with lasers in scientific, industrial, or military settings. Sometimes the light is redirected outside of your control, and other times lasers can be used against you to cause temporary vision problems. Here are three unexpected dangers of lasers and how you can protect yourself and your employees against them.

SHOP LASER POINTER SAFETY GLASSES

1. How can you protect against laser strikes?

Pilots can be startled or temporarily blinded by even short exposure to flashes of laser light. Even handheld lasers can cause flash blindness from a long-distance away. While the risk of an incident is relatively low, flash blindness can be extremely, especially at key moments of operating equipment.

The FAA has been collecting standardized data on the number of laser strike incidents since 2005, and the number has steadily been climbing through the thousands of annual incidents. While local, state, and federal governments have been making the penalties for flashing lasers at an aircraft more severe, the risk of laser strikes is still too high. According to the FAA, the increasing statistics may just be due to increased pilot awareness and the easier process for reporting. However, the problem is also the growing availability of green handheld lasers, which are far more visible and impactful.

The risk of laser strikes is even greater in military settings. Many piloting SOPs are starting to include guidelines about wearing laser strike safety eyewear during low flight times and while an aircraft is taking off and descending. Look for lenses that protect against green laser light, which is the most common and most dangerous visible laser beam.

Green Beam
Laser Pointer Glasses 703

Blue Green Beam
Laser Pointer Glasses 116

Blue Green Red Beam
Laser Pointer Glasses 33

2. Visible, ultraviolet, and infrared light's energy absorption will damage ocular cells, even without direct viewing?

Lasers can produce heat. When the laser’s light is in the visible spectrum, the retina absorbs the energy. This energy can damage or destroy cells in the retina, which is sensitive to even minor degrees of damage. When the laser is outside of the visible light spectrum, such as infrared or ultraviolet light, that damaging energy is instead concentrated in the cornea and lens.

The energy that is concentrated in the retinas can hurt photoreceptor cells nearly instantaneously, whereas corneal and lens damage can increase the risk of cataract development. If the lasers operate outside of the visible light spectrum, they won’t trigger a protective blink reflex and many people won’t notice the risk until some damage has already occurred.

Last safety glasses block the absorption of that light and energy. While the glasses’ primary goal is to protect the eyes themselves, bigger lenses also protect the sensitive skin around the eyes. Bigger lenses also protect the eyes from diffuse light and angled reflections rather than protecting against direct laser light transmissions.

Even light that is transmitted through clear substances with little to no reflection can be dangerous. Some window coverings have additional layers of protection that try to limit diffusion and keep laser beams contained within a small area of work. While these safety measures can help protect people adjacent to an ongoing task, they are no substitute for direct protective eyewear.

2. Visible, ultraviolet, and infrared light's energy absorption will damage ocular cells, even without direct viewing?

3. Laser beam reflections can hurt observers' eyes?

Controlled environments are designed to control laser reflection and to minimize any dangers of redirected laser radiation. However, even laboratories could have unexpected hazards that reflect the light back towards your employees or any observers. In the military, the environments in which lasers are being used are far less controlled.

Lasers can reflect off of any surface, even atmospheric particulates. This is why, even when there is little chance of people crossing the laser’s initial path, you need protective eyewear. Once the beam of light is reflected back, it’s hard to fully control or redirect the light. Safety glasses keep the radiation away from people’s eyes with minimal reduction in their field of view. The two main types of radiation are direct and diffused reflection.

When can direct, or specular, reflection occur?

Specular reflection happens when the concentrated beam of light bounces off a smooth surface. There is little to no loss in intensity, and the power of the laser is just as concentrated as before. This can happen when the laser strikes glass, a calm body of water, or smooth metal. Specular reflection bounces the light back at the angle of impact, like a mirror.

Even curved surfaces can produce a specular reflection. While it is far more common for a curved material to diffuse, or scatter, the laser light, striking a manmade, concave surface at the right angle can concentrate the laser and make its reflection even more dangerous. This doesn’t happen often, but it can be a concern in unprotected testing environments and during military action in urban or industrial areas.

Is diffuse reflection dangerous?

Most laser reflections are diffuse. When the beam of light reflects off of a rough surface, the single beam of light is divided and scattered. While that means each individual beam of redirected light is less concentrated, the effect is much less predictable. Sometimes, the laser light is safe enough to view unprotected. With a Class IV laser system, it can still hurt the observer’s eyes and cause short- to long-term vision impairment.

Even diffuse laser light can be made more dangerous when using an optical aid. Binoculars and scopes increase the beam’s intensity and direct the focus right at the user’s eyes. Protective eyewear that can be used in conjunction with optical aids and viewing equipment is absolutely essential. This is even more essential in environments with lasers outside of the visible light spectrum. Without a cue to trigger a blink reflex or telling the observer to look away, the laser might be intensified until the damage is caused without warning.Direct intra-beam laser light isn’t the only danger to your eyes and skin. Any time there is a risk of uncontrolled laser beams and reflection, you need to have measures in place that protect the surrounding observers.

Make wearing safety glasses part of your regular safety procedures. Go to Philips Safety Products here to find a wide selection of protective eyewear. You can choose the right safety equipment based on the types of lasers in use, the environment, and the hazardous conditions you want to mitigate.

AKP Laser
Safety Glasses 282

YAG Laser
Safety Glasses OTG

S806 Laser
Safety Glasses 808

BG42 Laser
Safety Glasses 9388

If you still aren’t sure which laser 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.

Laser Safety Glasses: Why Laser Accidents Happen

Posted on February 7, 2023September 11, 2024 by Amanda Arruda

YAG Laser Safety
Glasses OTG

Laser safety protocol and technology have improved considerably since the operation of the first working laser in 1960. Despite this, serious eye injury from laser accidents continues to this day. One explanation for this is the expanded use of lasers in research, education, industry, health care, medicine, and consumers. That is, more laser accidents occur as more people are exposed to its potential dangers. While some of these accidents are caused by equipment failure, human behavior is by far the main culprit. Safety is especially crucial when using class 3 and class 4 lasers.

Here are five common reasons why laser accidents happen:

1. Poor Safety Culture

Accidents are inevitable in dangerous environments when little thought is given to safety. Businesses, laboratories, and universities can’t rely on workers or researchers to exercise adequate safety on their own when working with lasers. Safety should be prioritized and mandated by upper management. A poor safety culture occurs when other priorities supersede safety.

For example, the pressure to meet production deadlines may cause workers to omit safety procedures while their managers look the other way. The informality of small business startups combined with the pressure to become profitable can displace safety concerns. In academic and high-tech research and development environments, safety often takes a backseat to creativity, innovation, and ingenuity. But regardless of the particular circumstances, when safety ceases to be a primary concern, laser accidents and eye injuries will follow.

2. Inadequate Training

Operators with extensive experience with laser equipment and procedures are better able to anticipate and avoid situations that expose themselves and others to laser hazards. In addition to equipment proficiency, operators and other personnel must also be thoroughly trained in laser safety protocol.

3. Complacency

Complacency may occur when repetitive action causes boredom. This leads to disengaged, unthinking, and distracted workers who do their work on autopilot. Such people are more likely to make mistakes when the unusual happens. Sheer boredom or a distraction may even cause improper execution of their usual repetitive routine.

Complacency isn’t limited to those with repetitive work. It can also affect highly skilled people engaged in demanding work such as researchers and scientists. This comes about when overconfidence or a feeling of invincibility makes them lose touch with the true dangers of their situation. A lack of accidents in their work history further reinforces this overconfidence until the inevitable accident or near accident snaps them out of it. A poor safety culture, which is common to research environments, sets the stage for this problem.

4. Equipment Failure

Laser equipment failure can injure even the best trained and safety-conscious people. Malfunctioning class 1 laser equipment can be especially insidious. The laser is completely enclosed during normal operation. Various safeties and interlocks further prevent user exposure to laser light. Because of this, no safety equipment, such as laser safety glasses, or laser safety training is required. This leaves the typical user vulnerable to possible injury should equipment failure occur.

Class 1 laser equipment failure can happen in a number of ways, such as buying equipment from disreputable sources, accidental equipment damage, and poor maintenance practices. Safeties and interlocks might be left off, bypassed, or tampered with by the owners or employees. Modified equipment can be rendered unsafe. Maintenance and repair people who bypass these safeties to do their jobs also face possible exposure to laser light.

Laser fiber optic cables are normally safe because the laser beam is completely confined. However, laser light may leak from damaged or disconnected cables. Although the exiting laser beam rapidly diverges, eye damage occurs when a person’s face is next to the cable or when the cable is viewed through an optical device. Damaged cables that transmit high powered infrared laser light are especially dangerous because the light is invisible.

Equipment failure is especially acute in laboratory environments because the equipment arrangements are often changed. Each new arrangement or modification can potentially introduce new and unexpected hazards. A lapse in attention, worker fatigue, distraction, or poor communication between lab workers about recent changes can cause serious accidents.

5. Failure to Use Laser Safety Glasses

Some of the previously discussed causes of laser accidents such as inadequate training, some forms of complacency, and equipment failure need not cause eye injury if laser safety glasses are always used. On the other hand, accidents involving high powered infrared and visible light can still cause skin burns, but these injuries have fewer serious long term consequences than damaged vision. Given the complexity of many work environments and the human tendency to make mistakes, the simple act of wearing laser safety glasses is the only foolproof way of avoiding laser contact with the eyes. Reasons people forgo or inconsistently use laser safety glasses include:

Poor safety culture. It follows from the above treatment of safety culture, that an organization that doesn’t value safety, won’t encourage or enforce the use of laser safety glasses.
Poor-fitting safety glasses. Poor-fitting glasses may fall off or slide down the nose at the wrong moment when they’re needed to protect the eyes from a stray laser beam or when someone mistakenly believes a laser is off when it isn’t. Accidental laser-eye contact is often momentary but is still sufficient to damage vision or cause blindness. A good fit ensures eye protection 100% of the time. Discomfort from a poor fit may induce the wearer to momentarily take their glasses off or forgo them altogether.
Expediency. If laser safety glasses aren’t conveniently on hand, some people may feel that a brief instance of laser use doesn’t warrant the time or effort needed to get them. However, unprotected eyes in the wrong place at the wrong time will still get injured. In fact, workers have been injured while momentarily lifting their glasses to rub their eyes.
Poor access control to the work area. When a laser is in use, unprotected personnel or the public should not be able to wander inside the work area.
Incorrect laser safety glasses. You must only wear laser safety glasses rated for the frequency and beam energy intensity of the laser you’re using. Otherwise, wearing them is pointless because they won’t provide protection.

If you have questions about laser safety glasses or require assistance in choosing from our large selection of products, our experts will gladly help you. For more information or technical assistance, don’t hesitate to contact us.

KG5 Laser Safety
Glasses 9388

AKP Laser Safety
Glasses 808

D81 Laser Safety
Glasses 282

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.

7 Steps to Find the Right Radiation Safety Glasses

Posted on February 7, 2023July 30, 2024 by Amanda Arruda

Radiation safety is no joke. It’s a real concern with significant consequences for your long-term health and well-being if not properly addressed. For those working with radiation daily, this is a well-known fact often emphasized by employers from day one. But do you know what type of equipment ensures the protection you need?

Protecting your eyes is particularly crucial. They are among the most sensitive parts of your body and can be the most exposed to radiation at work. Finding the right eyewear is essential to prevent permanent damage to your sight. Fortunately, achieving this goal is easier than you might think. Follow these seven steps to find the right radiation safety glasses and work confidently, knowing your eyes are well protected.

1. Understand Your Exact Needs

Before you start looking for glasses, understand your specific requirements. Consider the environment where you’ll use the radiation safety glasses. The type and direction of radiation exposure matter. For instance, different glasses may be needed if radiation comes from multiple angles rather than just straight ahead. Consult with your supervisor or a safety expert to determine the level of protection you need.

2. Know the Terminology and Materials

Familiarize yourself with the technical terms and materials related to radiation safety gear. Traditional protection often involves lead, but modern alternatives with lead equivalency ratings offer similar protection without the hazards. Understanding these technical aspects helps you make an informed choice.

3. Browse Through Potential Solutions

Start with a broad search of radiation safety glasses. Explore various options online to get a sense of what’s available and the price range. Credible vendors will provide honest specifications because they understand the critical nature of radiation protection.

4. Narrow Your Search to Your Needs

Use the criteria from step one to narrow your options. Eliminate any glasses that don’t meet your specific needs. For example, if radiation hazards come from all around, consider face shields and goggles. For light radiation from the front, less intense protection might suffice.

5. Choose the Most Credible Merchant

Compare the remaining options based on the credibility of the merchants. In radiation safety, vendor reliability is crucial. Look for client reviews and testimonials on third-party websites to ensure the merchant’s claims are trustworthy.

6. Understand Customizations and Add-Ons

Once you’ve found glasses that fit your needs, consider any necessary customizations. This might include prescription lenses. Ensure that customizations do not compromise the glasses’ quality. Choose a merchant specializing in prescription glasses if needed.

7. Test and Move Forward

After placing your order, test the glasses as soon as they arrive. A reputable merchant will offer a generous return policy, allowing you to ensure the glasses are comfortable and effective. Proper testing ensures you’ll wear them consistently, preventing any lapses in protection.

Radiation Glasses T9559

Radiation Glasses 9388

Radiation Glasses 116

5. Choose the Most Credible Merchant

6. Understand Customizations and Add-Ons

7. Test and Move Forward

Radiation Glasses T9559

Radiation Glasses 9388

Radiation Glasses 116

By following these seven steps, you can find radiation safety glasses specifically designed to protect your eyes. This ensures you can work confidently, knowing your eyes are safeguarded against potential hazards. If you have further questions or need assistance, contact us today to start the conversation and maximize your safety.

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.

Why Are Radiation Safety Glasses Needed In Fluoroscope?

Posted on February 7, 2023September 11, 2024 by Amanda Arruda

Radiation Glasses FitProtek

If you are a radiologist, you are aware of how vital your vision is to your work. Over the course of the last decade, the risks and damages of ionizing radiation have been brought to the forefront. Any medical procedure that involves radiation,including X-rays, will involve a variety of hazards to the technician who is operating. One of the X-ray imaging that involves the tracking of moving body parts has a variety of safety challenges and hurdles, especially when it comes to the eyes. During this imaging, eye protection glasses is highly recommended during the duration of its use.

Fluoroscopy

According to Hopkins Medicine, fluoroscopy is the study of moving body parts. An uninterrupted X-ray beam will be passed through the body structure that needs to be examined. After the X-ray beam is passed through the body structure, the beam will be transmitted to a monitor so the body structure and its movements can be seen in greater detail. Fluoroscopy will give physicians the ability to view several body parts and body systems. Fluoroscopy can be used to assess specific parts of the body, including organs, muscles, and bones.

The traditional X-rays take pictures of the inside of a person’s body, but fluoroscopy is different. Fluoroscopy can be like watching an X-ray on television. The imaging device and technology is generally used to help direct a surgeon during various procedures, such as replacing a joint during foot surgery. Fluoroscopy can also be used for ascertaining what is going on in the heart system.

What Are The Challenges Surrounding Fluoroscopy?

Any technology that involves radiation, fluoroscopy will involve a variety of risks and challenges. We understand the risk to each patient has to be balanced against the advantages of using the imaging. Fluoroscopy has more risks than the traditional or standard X-rays because of the challenges and how long the procedure will take. The issues and risks involving damages may not be major, in the form of skin issues, they can occur and will need to be accounted for at all times.

X-rays and Vision

One of the main risks involving the use of X-ray equipment is damage to the eyes of everyone in the room. One of the major hazards is the development of cataracts in the eyes due to being exposed to the radiation that has been released from the machine. Cataracts are defined as a clouding of the eye lens that is usually a clear lens. Most people who have developed cataracts do so because of aging. However, cataracts can also be developed as a result of damage to the eyes. If there has been damage to the eyes caused by surgery, trauma, or radiation exposure, cataracts can take several years to manifest.

Reduce The Risks Of Cataracts

Protective eyewear is an essential piece of radiology procedures where there will be constant exposure to X-ray radiation. When eyes are constantly being exposed to X-rays and you are not wearing radiation safety glasses, you will place yourself at risk of being diagnosed with cataracts or another eye disease in your earlier years.

As a medical professional being exposed to radiation on a constant basis will generally wear gloves and other accessories to protect their bodies from being exposed to X-rays. Your eyes should also be protected at all times as well. Before radiation safety glasses were used, so many fluoroscopists and radiologists were being diagnosed with cataracts and other eye diseases because their eyes were not being protected.

There are various factors that will go into what will be considered a “safe” amount of exposure during a fluoroscopy. There are some procedures, like a spinal cord procedure, that may involve a significant dose of radiation. There are other factors that will include what position the technician is in, the height of the technician, and the person’s tendency for developing cataracts.

Radiation Glasses 202

Radiation Glasses 208

Reduce The Risks Of Cataracts

Radiation Glasses FitProtek

Radiation Glasses 202

Radiation Glasses 208

Do You Need To Wear Radiation Safety Glasses?

There are several things you will need to know about radiation safety glasses when you are trying to determine if you need to wear them:

Shielding Eyes from Harmful X-rays

Radiation safety glasses reduce the force of X-ray radiation that can pass through the lens. This reduction prevents a significant amount of harmful X-rays that you may be exposed to during fluoroscopy from hitting your eyes.

Risks of Continuous Radiation Exposure

When any body part is being constantly exposed to radiation, this can lead to harmful side effects that can be permanent and damaging.

Why Radiation Safety Glasses Are Essential

If you are wearing radiation protection during any type of procedure, you should make sure you are wearing radiation safety glasses at all times. Radiation safety glasses will protect one of your most important assets, your eyes. When you are thinking about protecting the rest of your body, you should not forget to provide protection for your eyes.

Radiation safety glasses are vital for those who are working in environments that will constantly expose them to X-ray radiation, especially the medical professionals who are performing procedures in fluoroscopy. Without proper protection, the work that is done can be damaging to your health. Radiation safety glasses can be used to protect your overall health and well-being.Using protective eyewear in the fluoroscopy room will certainly go a long way in protecting the eyes of the technicians and the imaging staff. Radiation safety glasses will also go a long way in preventing the development or formation of cataracts now or later in life.

There is no replacement or substitution for proper care and protection. We should all be informed on the dangers of radiation and wearing safety glasses should be mandatory whenever there is a fluoroscopy procedure. You do not want to take the risk of damaging your career, your health, or the health of the patient and others in the room.Today’s radiation safety glasses come in a variety of sizes, styles, colors, etc. You will be sure to find the perfect pair of radiation safety glasses that will fit your needs. Please do not hesitate to contact Phillips Safety Products if you have a question about radiation safety glasses or fluoroscopes.

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

Anti Laser Glasses: How the Military and Police Use Laser Safety Glasses

Posted on February 7, 2023September 11, 2024 by Amanda Arruda

Green Beam
Laser Pointer Glasses 533

The laser protection eyewear market has a projected compound annual growth rate (CAGR) of 4.9% from 2018-2025, according to the 2017 Global Laser Safety Glasses Industry Research Report. Much of this growth and the industry’s production revenue of $233.56 million in 2015 has been a result of the U.S. government’s need for laser safety glasses. Let’s discuss this more by examining how the military and police use laser safety glasses.

Military Uses of Laser Safety Glasses

Lasers are widely used in the military for various purposes, such as direct energy weapons, medical applications, missile guidance systems, firearm sights, and holographic weapons. Additionally, they are employed in industrial tasks and research and development, including projects handled by contractors.

Laser safety glasses are needed in the military for defensive purposes against enemy laser attacks and for protective purposes with internal usage. Internal usage includes non-combat applications, such as: medical, industrial, weapons training, logistics, and research and development. Pilots (incl. civilians) and ground troops in the military are increasingly being attacked by laser weapons as laser technology advances and becomes more readily accessible to private citizens and governments around the world.

For instance, an article on Hackaday called: “Chinese Laser AK-47: Myth or Reality?”, written on July 9th, 2018 by Steven Dufresne, highlights an innovative laser weapon, the likes of which the military or police might have to contend with in combat or on the streets:” Chinese company ZKZM Laser has produced the ZKZM-500 laser assault rifle which people are calling AK-47 because of its similar size, weighing in at three kilos (6.6 lbs). …powered by a rechargeable lithium battery… …a range of 800 meters (0.5 miles)… …a beam that is invisible to the eye… …able to burn human flesh if held in place long enough…”

While this laser weapon is more of a novelty compared to military laser weapons, its capabilities show how destructive lasers can be. This is especially true when it comes to damaging the eye’s retina. Hence, the importance of the military stocking up and using the most innovative and protective laser safety glasses in combat and base operations.

The proliferation of laser technology used in the military has led the U.S. Air Force, Army, Navy, Coast Guard, and Marines to seek out contracts for innovative Next Generation Eye Protection (NGEP) laser safety glasses, as an article found on Defense Systems called: “Services look for eyewear to protect against lasers”, written on July 21, 2016 by Kevin McCaney, explains:

“The Air Force has awarded a $30 million contract to Teledyne Scientific & Imaging for the company’s Aircrew Laser Eye Protection (ALEP) spectacles, essentially glasses that protect against hazards and the potential threats from laser devices, whether in combat or in training. The Army, meanwhile, has issued a presolicitation for goggles that can protect against traditional threats such as ballistic fragments while adding protection against laser eye protection in a variety of light conditions.”

Whether used to shield a pilot’s eyes from a direct laser weapon attack or for a military dentist’s patient to wear while getting their teeth worked on, laser safety glasses are an important piece of safety equipment in the military. And, in addition to protecting eyes from the bright damaging light emitted from lasers, the military increasingly needs laser safety glasses to protect against other damaging environmental threats and provide prescription functionality as well.

Police Uses of Laser Safety Glasses

The government also requires laser safety glasses for its police forces. When people think of police and lasers, the most common application that comes to mind is the radar or laser gun used to catch speeding vehicles. Lidar devices, which are laser-based, are more accurate than radar guns due to their narrower beam. Beyond speed detection, lasers are also utilized by police for crowd control, drug detection, weapon sights, and tasers.

An article found on DrugFree.org called: “New Small Device Uses Laser to Help Police Quickly Identify Drugs”, written on February 1, 2012, explains how lasers are used for drug detection purposes: “The device can be used to scan small bags of drugs and gives police almost instant identification… …Police traditionally have needed to use chemical test kits to identify drugs. …The officer holds the sample bag against the device and presses a scan button. The device does a quick analysis and provides a result.” Another article found on The Blaze called: “

‘Laser Dazzler’ Unveiled for Use by Law Enforcement – So How Does It Work?”, written on February 14th, 2012 by Liz Klimas, describes another way police use laser technology: “Last month, a non-lethal weapon – once reserved only for the military – was unveiled as a new tool for local law enforcement and the U.S. Coast Guard. …Laser dazzlers work by temporarily blinding a subject using a green laser with no risk of killing the person, unlike the risk associated with tasers and guns outfitted with rubber bullets. …At 40 meters, the laser can cause permanent damage.”

This is the type of non-lethal laser weapon police use for crowd control; the taser is another laser weapon police often use in their day-to-day duties. The problem police have with lasers is when crowds or individuals aim lasers at them. So, not only do police need laser safety glasses for protection when using lasers themselves, but also for protection from people aiming lasers at them.

An article found on USA Today called: “Man gets 14 years for pointing laser at helicopter”, written on March 12, 2014, by Bart Jansen, is a good example of this type of threat to police, as the article explains: “Sergio Rodriguez, 26, of Clovis, was sentenced Monday for pointing a laser at a Fresno police helicopter… Laser strikes are a concern for airliners because they can temporarily blind a pilot while landing or taking off. The number of laser strikes against aircraft has climbed sharply in the last decade, reaching 3,960 last year.”

Conclusion

The military and police use laser technology in many different ways; their need for laser safety glasses is for both defensive and offensive reasons. They also have a need for laser safety glasses to be durable, multi-functional (protection from other harmful elements, prescription lenses, transition lenses), and practical for combat and field uses.

As lasers technology grows and integrates with refined and new applications throughout all industries, having quality laser safety glasses will become even more vital for protection, defense, and productivity. Understanding this vital need, Phillips Safety Products has worked hard to design and manufacture one of the best-quality laser safety glasses on the market. Please contact us today to learn more.

Blue Green Beam
Laser Pointer Glasses 703

Blue Green Beam
Laser Pointer Goggles JY7

Blue Green Red Beam
Laser Pointer Glasses 703

If you still aren’t sure which laser 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.

Don’t Take The Risk: Wear The Proper Laser Safety Glasses

Posted on February 7, 2023January 31, 2025 by Amanda Arruda

Safety glasses and safety goggles are vital pieces in any workplace environment that include any risks of potential eye injuries. Wearing proper eye protection is essential in these work environments because of the ability to protect the eyes against injuries and to meet the requirements that have been set by OSHA. When work practices or administrative controls are not practical or if they are not able to provide enough protection, OSHA will require the workplace to provide their employees with PPE(personal protective equipment) to ensure it is being used properly.

Eye protection and face protection should be provided when necessary to protect everyone’s eyes against lasers, chemical hazards, and other irritants and hazards.The medical industry has some of the more common occupations that have an increased level of eye injuries. It may seem very obvious, but we will never get tired of repeating it. Protecting everyone’s eyes from lasers and other elements that can cause injuries and complete blindness is highly important. Considering that the majority of workplace injuries can be avoided, a comfortable pair of laser safety glasses can save many people from a life of disabilities and struggles.

AKP Laser Safety Glasses 282

Features Of Laser Safety Glasses

All of the benefits of laser safety glasses make perfect sense, but many employees are still hesitant or resistant to wear glasses. They may also claim that they simply forget to put them on. We encourage you to remind all your employees of the reasons why wearing these glasses are so important. It can be even more beneficial if you establish a safety program and add extra precautions to ensure that everyone will use their safety glasses properly. Some of the features of safety glasses include the following:

Impact-resistant construction

Some are designed to fit comfortably over prescription glasses

Form-fitting for enhanced comfort and security

Provide comprehensive protection against hazards from all directions

Why Are Laser Safety Glasses Needed?

A quick online search will give you a very good idea of the type of things that can happen to every part of your eyes if laser safety glasses are not worn during the time a laser is used. Laser safety glasses will give your eyes the protection they need from any type of radiation that comes from a laser, regardless of the radiation being direct or indirect. Radiation from a laser is so powerful that it can result in serious eye damage, including blindness. Someone can lose vision in an eye in a matter of seconds due to the power of a laser. This type of danger should be a very good reason to avoid any type of eye contact with laser radiation.

More Reasons Why You Need To Use
Eye Protection In The Workplace

■ The risks of not wearing laser safety glasses outweigh the uncomfortable feeling you may get when wearing them.

■ If a worker fails to wear laser safety glasses, blindness can occur in a split second.

■ If anyone fails to wear laser safety glasses, your workplace may face serious consequences for not following the protocols that have been set. If your laser safety program requires the use of laser safety glasses whenever a laser is being used, this means the protocol should be followed at all times.

■ Failing to wear laser safety glasses may make it impossible to see the laser beam you are working with. If you cannot see the laser beam, this could result in major consequences for your eyes and anything or anyone else who may be in the room.

Why Are Laser Safety Glasses Needed?

More Reasons Why You Need To Use
Eye Protection In The Workplace

■ The risks of not wearing laser safety glasses outweigh the uncomfortable feeling you may get when wearing them.

■ If a worker fails to wear laser safety glasses, blindness can occur in a split second.

Choosing The Right Laser Safety Glasses

You can make guesses about a variety of things, but you should not take a guess when it comes to laser safety. You should know for certain that you are wearing the right laser safety glasses that will provide full protection from your laser. When you are not sure about what type of laser safety glasses are appropriate, there are various things you can do, including the following:

■ If the laser you are using came with laser safety glasses, you should be able to see the wavelength and optical ratings on the lens of the glasses or the frame of the glasses. If this is the situation you are in, you should feel confident in purchasing additional laser safety glasses that have the same wavelength and ratings.

■ If your workplace has a department that is dedicated to laser safety, you should feel confident that members of the department will carefully determine the right type of laser safety glasses. If there is no LSO, you can refer to the guidelines and instructions on your laser to find out what the wavelength is.

■ If you are having trouble determining the right type of laser safety glasses, you can always reach out to a laser safety glasses provider. A laser safety glasses provider will have the skills and experience that are needed to recommend laser safety glasses.

You do not want to take laser protection lightly and you do not want to make guesses when it comes to eye protection. It can be very easy to obtain an injury to the eye if the right eye protection is not being worn. Everyone should always pay attention to the guidelines that have been outlined by the laser safety program. When multiple lasers are being used, it can only take a split second of exposure for someone to obtain a serious eye injury or permanent blindness by indirect or direct laser radiation.

Personal protective equipment should always be worn when anyone is in the vicinity of a laser. You should never take any risks or make any guesses when it comes to lasers and PPE. One mistake that may seem small now could result in permanent eye damage.Laser safety glasses exist for each laser that is being used. When a new laser comes out, the laser manufacturer will make sure there are new lenses that will protect you from the laser, especially if the current lenses will not offer protection from the new lasers.

Always be safe and wear the proper laser safety glasses when a laser is being operated. For more information on laser safety glasses, please do not hesitate to contact us today.

KG5 Laser Safety Glasses 9388

D81 Laser Safety Glasses 1375

YAGEXT Laser Safety Glasses 808

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.

Honeywell/Uvex Glendale GTP Laser Safety Glasses Cross Reference Chart

Posted on February 7, 2023June 20, 2024 by Amanda Arruda

Honeywell/Uvex/Glendale has discontinued their laser safety eyewear as of April 4th 2019. For your convenience, we have provided the equivalent Phillips Safety Filter codes for most Honeywell Filters. Honeywell offered a wide range of specialty filters, including those with narrowly defined alignment and high-power capabilities. While we may not have exact matches for some of their filters, we do offer alternatives that provide similar protection ranges. The key is to match the correct filter to the specific laser used in your application. The following guide will help you make the right choice.

Use the chart below as a quick reference to find suitable replacement glasses from Phillips Safety, featuring Honeywell filter numbers alongside corresponding Phillips Safety filter codes linked to the best-matching products for eye protection.

Wavelength	Laser Type	Honeywell	Phillips Safety
200-380	Excimer	113	CR39
190-532	UV, Argon, 532nm	13	AKP
405	Alignment (OD 2-3)	179	AA8
440	Alignment (OD 3)	180	AA8
488	Alignment: 488nm	150	AA
488-514	Alignment: Argon	154	AA
532	Alignment: 532nm	151	AA3
200-532	Argon / KTP	103	AKP
488-676	Alignment: Argon / Krypton	156	G15
515	Alignment: Argon	66	AA
532	Laser Pointer: Green	166	AKP
580-590	585nm Ophthalmic	130	S806
567-582	Yellow Diode	147	S806
582-589	Dye	10	S806
591-597	Dye laser	124	S806
592-600	Dye	105	S806
532, 630-670	Laser Pointers: Green, Red	168	DIO
614-666	Red Diode	118	DIO
610-695	PDT	116	DIO
630-670	Alignment (OD 2-3)	178	G15
630-650	Alignment: HeNe (OD 1-2)	152	HENE
670	Alignment: 670nm Diode (OD 1)	153	G15
625-680	Alignment: Red Diodes	135	G15
681-789	Ruby Plus	115	RBY
645-950	Low Level Lasers	181	DIO
655-905	Low Level Lasers	160	DIO
600-1064	Low Level Lasers	128	DFIU
705-810	Alexandrite	106	BG38
745-765	Alexandrite	129	AD
755-855	Alexandrite, Diode Lasers	104	BG38
750-860	Alexandrite, Diode Lasers	119	BG38
800-830 & 2700-3000	Diode 800nm, Erbium, HT Filter	131	D81
755-3000	Alexandrite, Diode, YAG, Ho, Er	40	BGKG
755 & 800-1064	Alexandrite, Diode & YAG	132	BGKG
800-1064	YAG, Diodes	162	BGKG
800-1800	Telecom, Diode	107	D1500
810-1080	YAG, Diodes, HT Filter	137	D680
875-1080	YAG, Diodes, OD 8	170	KG5+
925-1064	YAG, Diodes	42	KG5
755-1064	GaAs, Ti, YAG, CO2	108	YHAD
800-1064 & 630-650	YAG, HeNe	157	BGKG
750-1350	Alexandrite, Ti, YAG, CO2	70	BG42
694-1320	Ruby, Alexandrite, YAG, CO2	45	BG42
950-10600	YAG, Ho, er (expanded range)	96	KG5
980-10600	High powered Nd:YAG lasers	16	KG5
1050-1064	YAG & Harmonics	33	KG5
532 & 1050-164	Alignment: 532nm, YAG/Harmonics	55	CKG5
200-532, 900-1070	YAG & Harmonics, OD 8	171	DYH
200-532, 800-1070	YAG & Harmonics, OD 7	102	DYH
200-532, 850-1070	YAG & Harmonics, Alignment: 532nm	155	YAGA
532 & 1064	YAG & Double Harmonic	200	CKG5
200-532, 735-810, 1064	YAG, Alex, Diode, KTP	159	YHAD
750-1050	Broadband	29	YHAD
200-532, 700-1064	Argon, Ti, Diodes, YAG, CO2	111	YHAD
200-532, 770-1070	Diode 800nm, YAG, Alignment: 532nm	136	YAGA
2700-3000	Erbium	109	CR39
5000-11100	CO2	100	CD2
10600	Co2, High Power	9	KG5

Laser Classes and Their Risks

There are different power levels of lasers with different risk levels. They are broken up into categories called “Classes”. These are Class 1, 2, 3a, 3r, and Class 4. These classes are specified by the power output that is emitted from the laser or the laser device. Class 1 and 2 lasers are typically sold as laser pointers or laser projectors for decoration and have power levels that do not require eye protection. Class 3a and 3r lasers are typically used for surveying and scientific equipment and may or may not require eye protection. Class 4 lasers are all lasers that emit 500mW (½ Watt) and all require eye protection.

It may be fair to say that 90% of all lasers in the world are Class 4 lasers. In fact, just about every Blu-ray or DVD player has at its heart a Class 4 laser. The devices, though, if you look at their warning tag, specify that they are a Class 1 Laser device. That is because the laser is contained within the machinery and has guards designed so none of the laser energy is emitted. So, you can see why you need to know more about the laser than what class it is to determine the eye protection you need.

Laser Classes

Lasers are classified by power output into Class 1, 2, 3a, 3r, and 4, with Class 1 and 2 being low-risk and Class 4 requiring eye protection.

Class 4 Prevalence

Around 90% of all lasers are Class 4 but often labeled Class 1 due to safety containment.

Need for Detailed Info

Knowing a laser’s class isn’t enough; detailed information about the laser’s characteristics and usage is essential for selecting proper eye protection.

Laser Classes and Their Risks

Laser Classes

Lasers are classified by power output into Class 1, 2, 3a, 3r, and 4, with Class 1 and 2 being low-risk and Class 4 requiring eye protection.

Class 4 Prevalence

Around 90% of all lasers are Class 4 but often labeled Class 1 due to safety containment.

Need for Detailed Info

Knowing a laser’s class isn’t enough; detailed information about the laser’s characteristics and usage is essential for selecting proper eye protection.

Considerations for Picking the Correct Eyewear

There are four considerations in picking the correct eyewear you need: Wavelength, Power Level, Beam Visibility, and Visible Light Transmission. Most lasers operate at one discreet wavelength, usually measured in nanometers (nm). Some common values are 532, 1064, or 10,600 nm. If possible, this is the first value you need to find out. It may be on the warning tag, inscribed on the handpiece, or in the operator’s manual. The next value is the power level, usually in Watts (W) or Milliwatts (mW). Look in the same places for this information.

Lasers can operate in the visible spectrum of blue, green, red, etc., or the invisible spectrum, either ultraviolet or infrared. In some applications, you will need to see the beam; in many invisible lasers, a red aiming beam is added so you can see where the invisible laser beam is focused. You must make sure that the glasses you pick protect you from the invisible beam but also do not block out the red beam you need to see. This is especially critical regarding alignment and construction lasers where the beam may injure your eyes, but you still need to be able to see it to do the work. It becomes a balancing act between enough protection and still being able to view the beam.

Visible Light Transmission

The last consideration is how dark the lenses of the glasses are. This is how much visible light you can see while wearing them. As you can imagine, if you have to block a visible beam, you are also going to block all of the rest of that wavelength from your view. So you want to pick the glasses that offer the correct protection and also let the most visible light through them. Protecting you from the laser does not help if you are injured because you can’t see a trip hazard or overhead obstacle because the glasses are so dark.

Need Help?

If you are having difficulty determining the wavelength and/or power level of the laser you are using, you can contact us to help you pick the right glasses. Please try to get as much information as you can, such as what you are doing with the laser, if you are using handpieces or a flexible fiber, and if the laser beam is open or contained. If you have the make and model of the laser or the machine the laser is in, that will be very helpful in determining the correct glasses to choose.

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.