CYRUS MATTE BLACK - HD PLUS - Spy Optics Inc

The Spy Optics CYRUS MATTE BLACK - HD PLUS sunglasses are engineered for the rigorous demands of professional automotive and industrial environments, providing exceptional optical clarity and robust eye protection. Featuring the advanced HD Plus lens technology, these sunglasses enhance color and contrast, crucial for precision work, while maintaining comfort during extended wear.

Key Features

• HD Plus Lens Technology: Experience superior color and contrast enhancement, along with improved mood and alertness, by allowing beneficial long-wave blue light to pass through while blocking harmful UV rays and "bad" light.
• Durable Frame Construction: Built with a resilient propionate frame, the CYRUS ensures longevity and withstands daily wear and tear in challenging work settings.
• ARC® Polycarbonate Lenses: Precision-tapered to the natural curvature of the eye, these lenses deliver crystal-clear, distortion-free vision and are impact-resistant, reducing eye strain.
• 100% UV Protection: Shields your eyes completely from harmful UVA, UVB, and UVC rays, essential for outdoor and bright workshop conditions.
• Professional Matte Black Finish: The sleek matte black frame provides a professional aesthetic suitable for any job site.
• Optional ANSI Z87.1 Compliance: Designed for demanding tasks, Spy Optics offers models with ANSI Z87.1 certification for impact resistance, ensuring reliable protection against hazards.

Applications

The Spy Optics CYRUS MATTE BLACK - HD PLUS is an ideal choice for a variety of professional applications, including automotive diagnostics and repair, industrial assembly, construction site supervision, and general workshop tasks. Their advanced optics and durable build make them suitable for mechanics, technicians, and tradespeople who require uncompromised vision and eye safety when working with precision or in hazardous conditions. These sunglasses provide the clarity needed for intricate work while offering the robust protection required in dynamic environments.