RMA LCS
Fully automated Laser Cleaning Solution
PROCESS
The process of laser cleaning is based on ablation. This revolutionary technology utilizes highly concentrated laser pulse to vaporize the contamination from the surface of the workpieces without any surface damage.
Ablation does not result in rounding of the sharp edges and fine details when compared to abrasive blasting and has far greater cleaning power than dry ice technology.
Coating Removal/Cleaning Illustration
TOP BENEFTIS
LCS - Software
Laser 3D scanning
Model generation
Intelligent robot path generation
The heart of the system is a unique programming and control software which completely eliminates the time consuming manual programming.
The robot is equipped with a dedicated 3D laser scanner for fast measurement of the mould shape and intelligent path generation to maximize the cleaning efficiency while minimizing the beam overlaps
and inefficient robot movements. It can acquire the profile of any mold and automatically adjust the processing parameters such as angles, speed, power and beam shape respectively.
In addition, the operator can use 3D CAD models both for process simulation and cycle time optimization.
APPLICATIONS
Paint removal
Mould cleaning
Edge cleaning - preparation for welding
Rust removal
MULTIMEDIA
TECHNICAL DATA
| TECHNICAL DATA | LCS |
|---|---|
|
Product dimensions (WxDxH)*
|
3000 x 2500 x 2200 (mm) |
|
Power supply |
3 x 400 V |
|
Weight
|
~2000 kg |
|
Laser type |
Pulsed Fiber Laser |
|
Laser class |
IV |
|
Wavelength |
1064 nm |
|
Focal distance |
250 mm |
|
Beam with: adjustable (5-100 mm) |
Adjustable (5-100 mm) |
|
Cooling system |
Water cooled |
|
Fiber optic cable length |
Up to 30 m |
|
Max. power consumption |
5 kW |
|
Min./Max. ambient operating temperature |
45 °C |
|
Humidity |
10 - 95% |