SAS Safety 541-3000 Sidewinder, Lightweight Safety Reader Glasses, 3.0x Diopter, Black Frame
- SAS Safety 541-3000 Sidewinder Safety Glasses are the perfect solution for close-up work requiring both magnification and eye protection. These lightweight glasses offer a +3.0 diopter magnification and clear lenses, ideal for detailed tasks. The high-impact polycarbonate lenses provide excellent protection against impacts and block 99.9% of UV rays. With anti-fog and scratch-resistant coatings, these glasses ensure clear vision and long-lasting durability, meeting ANSI Z87.1-2015 safety standards for various work environments.
- Features:
- High-impact polycarbonate lens for superior protection
- 99.9% UV protection, scratch-resistant, and anti-fog for clear vision in any condition
- Scratch-resistant and anti-fog coating for added durability and clarity
- Meets ANSI Z87.1-2015 high-impact standards for safety
- Specifications:
- Order Part Number: SA541-3000
- Item Description: Sidewinders Lightweight Safety Eyeware, Universal, 3.0x Diopter, Clear Lens, Black Frame
- Manufacturer: SAS Safety
- Country of Origin: TW
- Harmonization Code: 90049000
- Default Selling Unit: EA
- The Sidewinders Safety Readers 3.0× can also be referred to as safety reader glasses, magnifying safety eyewear, reading safety goggles, ANSI rated readers, and 3× magnification safety glasses.
SAS Safety’s Sidewinders™ safety readers deliver dependable eye protection with magnification built in. The durable design ensures clarity, comfort, and ANSI-level safety in industrial or workshop settings.
Q: Are these safety readers ANSI certified?
A: Yes. The SAS Safety 541-3000 meets ANSI Z87.1 standards for impact protection.
Q: Who should use 3.0× magnification lenses?
A: These are ideal for users who require strong near-vision enhancement while working on close tasks, such as technicians, assemblers, or inspect operators.
Q: Can the frame adjust to different face sizes?
A: Yes. The frame includes adjustable, non-slip temples and a nose piece plus ratchet inclination, ensuring better fit across users.
