S-7022 - Visitor OTG Safety Glasses - Clear Lens

Industrial Grade Visitor Eye Protection

The S-7022 Visitor Safety Specs are an essential component of any industrial safety program, specifically designed to accommodate personnel and guests who require prescription eyewear. In many industrial environments, ensuring that visitors, inspectors, and management staff have adequate eye protection is a mandatory safety requirement. These glasses feature a specialized "Over-The-Glass" (OTG) design, which provides ample internal volume to fit comfortably over most standard prescription frames without creating pressure points or compromising the seal of the safety eyewear.

Manufactured from high-grade polycarbonate, the lenses offer superior impact resistance, capable of deflecting flying particles, dust, and low-energy impact hazards commonly found in manufacturing plants, warehouses, and workshops. The material is naturally UV-absorbent, blocking harmful ultraviolet rays even in clear lens configurations. The unitized construction includes integral side shields, which are crucial for preventing debris from entering the eye area from the periphery, a common vulnerability in standard eyewear.

Compliance is a key factor in the selection of safety gear. These visitor specs are engineered to meet ANSI Z87.1 standards, ensuring they have passed rigorous testing for optical clarity and impact durability. The clear lens configuration makes them suitable for indoor applications where accurate color recognition and maximum light transmission are necessary. Their lightweight architecture ensures that they can be worn for the duration of a facility tour or shift without causing discomfort on the nose bridge or ears.

These glasses are an economical yet robust solution for stocking at facility entry points. They serve as a primary line of defense for temporary workers or visitors who do not possess their own prescription safety eyewear. By providing a secure fit over existing glasses, they ensure full compliance with facility safety protocols while maintaining the visual acuity required for safe navigation and observation within hazardous areas.