Industrial laser cleaning or ablation – is the process of clearing away undesired material from a solid surface by irradiating it with a laser beam. By absorbing the energy of the laser beam, the targeted material is heated very quickly, making it evaporate or sublimate.
As the surface below does not absorb any energy, it stays untouched. By manipulating the laser flux, its wavelength, and its pulse length, the amount of material that is being removed by a single laser pulse can be controlled with extreme precision. Laser cleaning is a ground-breaking yet tried and tested energy- and material-efficient technology.
Laser systems are a highly effective, economic, and ecological alternative to existing conventional technologies. They require no abrasives or chemicals requiring storage and ecological disposal, are environmentally friendly, have a long servicing interval, and can be easily and immediately used or integrated into a production line. Making laser cleaning equally suitable for rapid and deep rust removal as for removing only one thin layer of paint, without damaging the base coat.
Features:
Fast set-up time
Simple to operate
No clean-up requirement, especially compared to conventional media blasting
Leaves no residue
Low operating costs
Virtually maintenance-free
No consumable media – no abrasives, chemicals, solvents
Green process – no pollution
Application:
Processing and de-coating of small areas
Pre-treatment for adhesive bonding
In-line baking plate cleaning
Cleaning of print rollers
Precise de-coating
Restoration
Rust/oxide removal
Precise oil removal from a metallic surface
Specification |
|
Type of Laser |
Diode-Pumped Solid-State |
Laser power |
80W |
Laser wavelength |
1064nm |
Mode of Operation |
CW/Pulsed |
Peak Power 90 kw |
90 kw |
Pulse energy |
≤40j @1Hz |
Repetition Rate |
5-35 KHz |
Operating Temperature |
15-35˚ |
Power supply |
AC220V ± 10% 50 / 60HZ |
Cooling system |
water cooling |



