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1.064μm Wavelength Tyre Mould Laser Cleaning Machine For Stain Removal
How laser cleaning works :
Nearly all industrial laser cleaning applications are based on pulsed laser radiation, although laser output power, wavelengths and pulse parameters may differ substantially. The basic principle is similar.
An extremely brief laser pulse , with a power of several million watts, is aimed at the surface to be removed.
The energy applied to the top layer cannot dissipate and blasts off the material.
While part of the removed material is vaporized, the remainder may be suctioned away as particle dust and collected in a filtration system.
This process is repeated until the desired ablation depth has been reached. The laser light is absorbed only by organic material, such as paint, insulation or rubber.
Therefore the non–organic substrate is not being affected by the cleaning. Metal surfaces, such as a tire mold or a copper conductor, reflect the laser beam. There is no mechanical, thermal or chemical strain on the substrate
It is possible to selectively remove coatings. This is especially important if only parts of a multi–layer paint system are to be removed, for instance only the topcoat and not the primer.
Laser cleaningFeature :
1 . Non contact, step coverage
2 . Can be hand-held, automation
3 . Precise size cleaning
4 . Low base metal damage
5 . Zero consumables, low input, no chemical residue pollution
100 Watts Removal Rust Laser Cleaning Machine Tech Data :
Model |
OV - Q100 |
Laser power |
100W |
Laser source |
Fiber |
Cable length |
3 Mtrs ( can be lengthened ) |
Working mode |
Manual or auto |
Working distance |
150mm / 250mm / 500mm |
Laser wavelength |
1 . 064μm |
Work temperature |
5℃ ~ 45℃ |
Work humidity |
< 90% |
Laser class |
IV |
About Our Services :
1 . Two years for laser source , two years for all other parts ( Except for the Focus and Reflector lens )
2 . 24 hours technical support by email or calling
3 . Free training for installation and operation
4 . Best quality and competitive price