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Powered Air-Purifying Laser Respirator (PAPR)

Powered Air-Purifying Laser Respirator (PAPR)

Regular price £1,295.00 GBP
Regular price Sale price £1,295.00 GBP
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Professional-grade laser protection for fibre laser applications (950–1100 nm).

Designed for industrial laser cleaning, welding and cutting environments, the ML-S system provides certified eye, face and respiratory protection in one integrated unit.

Engineered for high-power fibre laser systems operating within 950–1100 nm, this unit delivers OD 8+ protection while maintaining visibility, comfort and extended wear performance.

 

Why This System Matters

High-powered fibre lasers produce hazardous reflected radiation and airborne particulates. Standard safety glasses are not sufficient for full operator protection in many industrial environments.

The ML-S system provides:

• Full facial laser protection

• OD 8+ optical density (950–1100 nm)

• Protection against direct and diffuse radiation

• Integrated powered air-purifying respiratory protection

• CE marked (manufacturer declared)

This makes it suitable for demanding workshop and fabrication environments.


Laser Protection Specifications

• Protected wavelength range: 950–1100 nm

• Optical Density: OD 8+

• EN 207 / EN 208 rated (D LB7 + IR LB8)

• Suitable for CW and pulsed fibre laser systems


Integrated Powered Air System (PAPR)

Industrial laser cleaning and welding generate airborne contaminants. The ML-S includes:

• TH3 PR SL protection class

• Stainless steel spark arrestor mesh

• Activated carbon pre-filter

• P3 HEPA filter cartridge

• Lithium-ion battery system

• Up to 10 hours operating time (low airflow)

• Approx. 3 hour recharge time

Designed for extended use without compromising airflow or visibility.


Compliance & Intended Use

Suitable for industrial fibre laser applications operating within 950–1100 nm.

Final suitability must be assessed as part of the user’s laser risk assessment, considering:

• Laser power output

• Exposure duration

• Beam divergence

• Working distance

• Reflective surfaces

Compliance responsibilities remain with the end user in accordance with:

• UKCA / CE regulations

• PUWER

• COSHH

• EN 60825-1

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