3M SecureFit 200 and 400 Series protective eyewear

Featuring a comfortable fit and a sleek profile designed to work with other personal protective equipment, 3M SecureFit Protective Eyewear helps keep wearers safe and comfortable on the job. SecureFit Eyewear features a patented design that self-adjusts to individual head sizes. The design provides the same level of comfort to individuals across a diverse workforce. Regardless of head size, 3M SecureFit Pressure Diffusion Temple Technology is designed to provide a secure and comfortable fit for an extended period of wear time. The design applies pressure on the less sensitive back of the head instead of the temples, achieving a comfortable fit even during rapid head movement.

3M’s temple design features slotted ribs that provide comfortable pressure equalisation, allowing the temples to flex and self-adjust to the size of the wearer’s head. The 3M SecureFit 22 Series Protective Eyewear features temples that automatically self-adjust to help provide a secure, comfortable fit. The 200 Series features a lightweight design and a moulded nose bridge, with models available in blue accents to help make eyewear more visible in food preparation/processing areas. The 200 Series meets the requirements of AS/NZS 1337.1:2010. Models are available with anti-scratch, or anti-fog/anti-scratch lenses. The 200 Series also features 3M Pressure Diffusion Temple Technology.

The 400 Series features enhanced comfort and sleek design in a variety of contemporary colours. The 400 Series also includes 3M Pressure Diffusion Temple Technology, a soft one-piece nose bridge, dual-injected temples and a range of options, including lens colours, premium coatings, readers and more. The 400 Series is lightweight and meets the requirements of AS/NZS 1337.1:2010. Featuring soft temple tips, the 400 Series includes models with anti-scratch or anti-fog/anti-scratch lenses. An optional foam gasket is available for models without a brow guard. An optional contoured brow guard is also available, to provide additional coverage during impact from particles.