Phillips Safety Model 808 Radiation Glasses | High-Wrap Full Peripheral Protection

The Model 808 radiation glasses utilize premium Schott SF-6 leaded glass to achieve a consistent 0.75mm Pb lead equivalency for both the primary lenses and the integrated lateral shields. This dual-zone shielding ensures that the wearer is protected from scatter radiation originating from the front as well as acute peripheral angles common in interventional suites. By meeting these high-index attenuation standards, facility managers can ensure their staff adheres to mandatory ALARA safety protocols during high-dose fluoroscopic procedures. The seamless integration of the side shields eliminates "leakage gaps" found in traditional frames, providing a turnkey solution for institutional compliance. This comprehensive ocular defense is a critical requirement for mitigating long-term radiation-induced cataract risks.

The "Box-Style" architecture of the Model 808 is specifically engineered to provide a deep, protective pocket that maximizes the surface area of leaded shielding around the ocular orbit. Unlike slimmer wrap-around frames, this design is ideal for clinicians with larger facial profiles who require a more generous fit to maintain full-coverage protection. The flat-front geometry minimizes the "fish-bowl" distortion sometimes found in highly curved lenses, ensuring superior optical precision during delicate surgical maneuvers. This frame style also provides significant clearance from the face, which helps reduce lens fogging and improves overall airflow for the wearer. For specialists in high-throughput environments, the 808 represents the gold standard for lateral scatter mitigation.

These radiation glasses are fully compatible with high-performance anti-fog and anti-reflective (AR) coatings to ensure maximum visual acuity in the operating theater. The anti-fog treatment is a vital upgrade for clinicians, as it prevents moisture buildup from breath-bypass when wearing standard surgical masks during long cases. The AR coating further enhances performance by reducing the "ghosting" and glare caused by high-intensity overhead surgical lighting. These optional enhancements directly contribute to a reduction in visual fatigue and improved procedural accuracy for the operator. For facilities prioritizing peak performance, these coatings transform the 808 into a high-definition safety tool.

Constructed from a heavy-duty, impact-resistant nylon polymer, the Model 808 frame is designed to support the 85g weight of the leaded glass without warping or losing its shape. This specialized material is highly resistant to the chemical degradation caused by skin oils and frequent exposure to medical-grade disinfectants. The reinforced hinges are engineered to withstand the daily mechanical stress of being donned and doffed hundreds of times per month in a busy lab. This structural durability ensures that the heavy 0.75mm Pb lenses remain securely seated even if the glasses are accidentally dropped on a hard clinical floor. It represents a robust, long-term investment that lowers the total cost of ownership through significantly reduced replacement intervals.

To maintain the optical integrity of the high-density Schott SF-6 leaded glass, these lenses and side shields should only be cleaned with a pH-neutral lens solution and a clean microfiber cloth. It is critical to avoid using paper towels, abrasive pads, or harsh ammonia-based cleaners, as these can create micro-scratches that impair the clarity of the radiation shield. For models equipped with specialized coatings, tepid water and mild, microbead-free soap are recommended to protect the integrity of the hydrophilic layers. Proper storage in the provided hard-shell protective case when not in use is mandatory to prevent accidental chipping of the lens edges or side shield joints. Regular inspection of the temple screws ensures the frame remains aligned and the shielding remains in an "audit-ready" condition.