Phillips Safety BG3 Laser Safety Glasses | High-Attenuation Protection for UV, Blue, and Green Wavelengths

The BG3-1375 Laser Safety Glasses are fully compliant with ANSI Z136.1 and EN 207 standards, providing the high-level protection required for Class 4 laser environments. These glasses are engineered to withstand the direct and scattered radiation of high-energy medical lasers used in surgical and dermatological suites. Meeting these rigorous certifications allows procurement officers to ensure that their facility remains within federal OSHA safety guidelines. The 1375 frame style is specifically designed to provide a secure, wrap-around fit that enhances overall safety compliance among medical staff. By adhering to these global benchmarks, institutions can significantly reduce their liability risk while prioritizing the long-term ocular health of their practitioners.

This specific BG3 filter provides a high Optical Density of OD 5+ at 2700–3000nm and OD 7+ at 10600nm, while maintaining a Visible Light Transmission (VLT) of approximately 75%. The exceptionally high VLT ensures that clinicians maintain near-perfect visual acuity and color recognition during delicate laser procedures. Unlike darker polymer lenses, this blue-green glass filter minimizes eye strain and allows for better monitoring of the treatment site's "clinical endpoint." These technical specifications are permanently etched onto the frame or lens to facilitate rapid safety audits by a Laser Safety Officer. This balance of high-level infrared attenuation and superior visibility makes the BG3 an industry standard for precision laser work.

The Model 1375 frame is a versatile, non-prescription (plano) solution, but the BG3 filter series can be customized into various Rx-compatible frames within the Phillips Safety catalog. This scalability allows facility managers to standardize their laser safety protocols while accommodating the specific vision correction needs of every surgeon and technician. Standardizing on the BG3 filter chemistry across a department simplifies inventory management and ensures that all staff are using a verified protection level. For teams with existing corrective eyewear, fit-over styles using the same BG3 glass are also available to ensure seamless integration. This modular approach ensures that your safety investment remains effective as your clinical team grows and diversifies.

Utilizing Schott BG3 glass filters provides a superior Total Cost of Ownership (TCO) due to the material's inherent resistance to scratching, chemical degradation, and thermal stress. Unlike polycarbonate lenses that may pit or haze over time with frequent cleaning, these glass filters maintain their optical integrity for years of daily service. This increased durability significantly reduces the frequency of replacement cycles, lowering the "cost-per-wear" for the institution. The Model 1375 frame is constructed from high-impact materials designed to protect the glass lenses from mechanical shock in a busy medical environment. Investing in high-grade glass filtration ensures that the initial capital expenditure delivers long-term, reliable value without compromising safety.

Yes, the BG3-1375 glasses are specifically optimized for 2940nm (Er:YAG) and 10600nm (CO2) wavelengths, which are the primary frequencies used in laser skin resurfacing and ablation. The blue-green glass filter is engineered to absorb these specific infrared wavelengths with extremely high efficiency, providing an OD 5+ to OD 7+ safety margin. This makes them the ideal choice for aesthetic clinics and hospitals that utilize multi-platform laser systems for vascular and tissue treatments. The high VLT is particularly beneficial for these procedures, where observing subtle changes in skin texture or color is vital for patient safety. Choosing an application-specific filter like the BG3 ensures that your team is protected by the most advanced absorption technology for mid-to-far infrared lasers.