This an emerging manual cleaning technology that uses laser beam to “burn off” rust, oil, coating, and other contaminants from a metal surface. In this processes, rapid thermal energy takes place between the laser beam and the contaminant, resulting in rapid thermal expansion of the contaminant particles; the particles are then ejected from the metal surface due to the resulting force caused by the rapid thermal expansion. Also known as Dry Laser Cleaning, it is a highly effective and efficient cleaning process that requires 0 consumables and generates limited pollution. Thanks to laser’s characteristics, it can also effortlessly clean cursive surfaces and hard to reach spots.
WELDING/LASER/CLEANING
3 in one system
| MODEL LASER 2000C | |
| Input power supply
Input power Center wavelength Electro-optical conversion efficiency Laser power Fiber cable length Standoff distance
Shielding gas Shielding gas pressure
Scan width
Cooling method Water tank capacity Operating temperature Operating humidity Power source weight Packed weight Power source dimensions Package dimensions
|
1PH AC230V±5%/50Hz
9 Kw 1080±10nm ≥30% 2000 W 12 m(9m exterior) 35-40 cm (F400 Focusing lens) 55 – 60 cm (F600 focusing lens) By default 75-80 cm (F800 focusing lens) Argon , nitrogen, compressed air >5bar
0˜150mm (F400 focusing lens, optional) 0˜225mm(F600 focusing lens, optional) By default 0˜300mm (F800 focusing lens)
Water cool 13L -10◦C ˜+40◦C;≤90%AT20◦C 114.5Kg 140kg 980 x 420 x 710 mm 1044 x474x1062 mm
|
WELDING/LASER/CLEANING
3 in one system
