RUST / OXIDE REMOVAL
It is in the area of rust and oxide removal that we would like to introduce you to ‘cleanLaser’ and its specific use for this purpose, without the need to further erode the base material by the use of physical abrasive techniques or means of grit or ice blasting and the resultant costs and environmental issues these methods can bring.
BACKPACK LASER
From an Egyptian burial chamber, to an aircraft wing, or work in remote areas, the backpack laser is made to go almost everywhere. The CL 20 Backpack features a 20 Watt diode pumped laser source with a range of adjustable beam and power settings.
LOW POWER
Compact and versatile, the CL 20 and CL 50 q-switched pulsed lasers are designed for the cost-effective treatment of small areas that require gentle high precision cleaning, de-coating and other surface treatments.
MID POWER
These mid-power systems are designed around a powerful, diode pumped solid state laser source. Mid-power lasers deliver performance with gentleness for the precise de-coating and cleaning in many industrial applications.
HIGH POWER
The CL 1000 delivers amazing performance with 1000 Watts of average laser power. For big projects, in the factory, in the field or at sea, this laser is ready to deliver the power needed for maximum production.
ROBOTIC LASER SYSTEMS
Robotic mounted laser systems can be easily integrated into many types of industrial production lines. They use compact end effectors, beam delivery via flexible fiber optic and a compact laser source that save space while saving time and money.
CUSTOMIZED SYSTEMS
These special designs meet each customer’s unique requirements, offer flexible workstation systems with a range of process controls technologies and measuring techniques as required, as well as customized OEM versions.
WORKSTATIONS
cleanLASER Workstations are flexible systems, well-suited for cleaning/de-coating processes, involving small parts and assemblies, built on the technology of the mobile laser systems.
GANTRY SYSTEMS
Within the aerospace Industry, there is a real need for efficient turnkey solutions for surface treatment of large components Even with huge components such as wing skins, a repeatability of significantly less than one millimeter can be achieved.