3M 2000 Safety Glasses, Anti-Fog Coating, Anti-Scratch, Grey, Blue, Grey Polycarbonate Lens, Plastic

This safety glasses item provides eye protection for industrial tasks, combining corrective bifocal optics with impact-resistant lenses for use in manufacturing and laboratory environments. The half-frame shape and plastic construction deliver a lightweight fit while the grey-tinted polycarbonate lenses reduce glare and permit sustained use in areas with bright lighting. Built to meet multiple European protective eyewear standards, it is intended for personnel working on automation, electronics, electrical and mechanical projects.

• Bifocal lens for immediate near-vision clarity and task precision
• Polycarbonate lens offering high-impact resistance for hazard protection
• Anti-fog coating to preserve Visual clarity during temperature changes
• Anti-scratch treatment to maintain optical performance over time
• Half-frame construction for unobstructed downward vision
• Blue-grey frame for workplace identification and reduced peripheral glare

• Suitable for PCB inspection and soldering where near focus is required
• Ideal for control-panel wiring and electrical assembly tasks
• Used for bench assembly in mechanical workshops with bright lighting
• Can be used during robotics maintenance in automated production lines
• Suitable for laser-related procedures requiring specific filtering

The lens carries an anti‑fog surface treatment that mitigates condensation when ambient or operator-generated temperatures fluctuate, helping maintain uninterrupted visibility.

The plastic frame reduces overall weight while resisting chemical degradation

Yes, the integrated bifocal segment supplies near-vision correction to perform detailed tasks without needing additional spectacles.

The grey tint lowers luminance and glare, improving contrast perception under strong illumination while preserving true colour rendering for inspection tasks.

The half-frame profile allows easier integration with hearing protection and face shields by reducing bulk across the temples and brow area.