Specification to the laser safety standards ANSI Z136.1 and IEC 60825-1 The PEL ratings for the passive cabin are listed below. Vents are built into the walls of the enclosure to enable fume extraction. Higher powered lasers can also be accommodated, for example, 10kW or 20kW. The cabins are ideal for laser welding robots that need to be contained as they typically use 4kW lasers in their operations. The laser machine responds to this laser termination signal and the laser radiation is terminated. If this occurs, Lasermet’s fail-safe technology isolates the laser safety input in less than 50ms.

This patented modular system has active detector panels covering the internal walls and roof of the cabin to detect high powered laser beam strikes. The passive cabin can be upgraded to an active laser safety cabin by specifying the Laser Jailer ® Active Laser Guarding System. A High Definition CCTV system covers the operation inside the cabin and provision is made for fume extraction, making this a cost effective and extremely easy method of enclosing the laser system, which then complies to international laser safety standards. Lasermet’s audible warning sign the Audio Alert can also be installed. They are supplied with Lasermet’s Interlock ® control system and high quality, dual message, dual colour, low voltage, illuminated LED signs. These modular, Class 1, room-sized enclosures are tested and certified to international laser safety standards (IEC 60825-4 Safety of Laser Products Part 4 – Laser Guards) and can be rapidly designed, built and installed by Lasermet. Lasermet’s Laser Castle ® laser safety cabins protect personnel from the dangers of high powered laser beams by absorbing the laser power in the specially designed walls and roof.

Laser Enclosures Laser Castle - rapid-build, modular laser safety cabins: Passive Class 1 Enclosures for Class 4 Lasers - CE Certified to EN 60825-4

Laser dolphin