Phillips Safety Model 1387 Radiation Glasses | High-Impact Wrap-Around Lead Protection

The Model 1387 radiation glasses utilize high-density Schott SF-6 German leaded glass to provide a consistent 0.75mm Pb lead equivalency across the primary field of view. By utilizing this high-index glass, the lenses can be made thinner and lighter than traditional leaded eyewear, resulting in a total frame weight of approximately 75g. This lightweight profile is specifically designed to reduce the physical fatigue and nasal pressure associated with long-duration fluoroscopic procedures. By meeting these high-attenuation standards, facility managers ensure their staff adheres to mandatory ALARA safety protocols while maintaining peak comfort. It represents a modern, performance-driven solution for interventional radiologists and orthopedic surgeons who require uncompromised ocular defense.

While the primary front lenses provide the industry-standard 0.75mm Pb protection, the Model 1387 features integrated side shields rated at 0.50mm Pb lead equivalency. This specialized lateral shielding is strategically weighted to provide a robust barrier against peripheral scatter radiation without making the frame front-heavy or prone to slipping. This wrap-around architecture is vital for clinicians who are frequently positioned at acute angles to the X-ray tube, effectively eliminating "leakage gaps" found in flatter frame styles. By providing 360-degree ocular coverage, the 1387 significantly reduces the cumulative radiation dose to the lens of the eye, which is a primary factor in preventing radiation-induced cataracts. This dual-layered approach ensures comprehensive institutional compliance in high-scatter medical environments.

Constructed from surgical-grade TR-90 nylon, the Model 1387 frame is engineered to be virtually indestructible and highly resistant to the chemical degradation caused by medical disinfectants. This specialized polymer is "memory-flex" capable, allowing the frame to maintain its original shape even after repeated donning or accidental mechanical stress during a busy shift. TR-90 is significantly lighter than traditional acetate or metal, allowing the 75g weight of the leaded glass to be distributed more evenly across the skull. The frame also features dual-injected rubberized temple bars and an adjustable nose bridge to provide a secure, non-slip fit during high-movement procedures. This structural durability ensures the heavy 0.75mm Pb lenses remain securely seated, lowering the total cost of ownership by reducing replacement frequency.

These radiation glasses are fully compatible with high-definition prescription (Rx) lenses, including single vision, bifocal, and no-line progressive options, while maintaining the 0.75mm Pb lead equivalency. Phillips Safety utilizes advanced digital surfacing technology to compensate for the "wrap" of the 1387 frame, which virtually eliminates the peripheral "fish-bowl" distortion common in curved leaded eyewear. This allows specialists requiring vision correction to maintain peak visual acuity and situational awareness during delicate diagnostic maneuvers or catheter placements. Because these lenses are custom-ground from premium SF-6 glass, they provide the same high-level radiation attenuation as the non-prescription variants. This customization ensures that all team members have access to top-tier, stylish ocular protection regardless of their individual visual needs.

To maintain the optical integrity of the Schott SF-6 leaded glass and the integrity of the TR-90 frame, these glasses should only be cleaned with a pH-neutral lens solution and a soft microfiber cloth. It is critical to avoid using paper towels, abrasive sponges, or harsh ammonia-based cleaners, as these can create micro-scratches or cause the rubberized temples to become "tacky" and degrade. For models equipped with anti-fog or anti-reflective coatings, tepid water and mild, microbead-free soap are recommended to preserve the hydrophilic surface treatments. Proper storage in the provided hard-shell protective case when not in use is mandatory to prevent accidental chipping of the lens edges or frame warping. Regular inspection of the hinge screws ensures the frame remains aligned and the shielding remains in a "ready-for-audit" condition for mandatory safety inspections.