Wuhan Raymond Technology Co., Ltd. is well-known by Huazhong University of Science and Technology.
The team of professors leads a high-tech company founded. The company has mastered the international advanced
The key technologies of laser cleaning equipment with full-scale intellectual property rights in the same.
The industry first took the ISO 9001 quality certification and CE safety certification.
Raymond has been focusing on the technical development of the laser cleaning industry. Provides leading, high-quality laser cleaning equipment and perfect Technical services involving aerospace, ships, rail transit, automobiles, gold.
In the field of manufacturing, electronics and other applications, it has a large number of high-end customers at home and abroad Household groups.
Ultra-high peak, short pulse laser action on the workpiece, surface dirt, rust or coating absorption the laser evaporates or peels off instantaneously, while the substrate hardly absorbs the laser light, clearing the surface without damaging the substrate.
1)Laser rust removal: Laser light can be easily removed. After removal, the surface is restored to a bright metallic color
2)Laser Oil removal:Metal surface oil cleaning (can remove oxide film at the same time)
3)Laser paint removal:Removes various paints on various substrates
4)Stripping coating (galvanized layer, aluminized layer, protective coating, etc.)
5)Removal of aluminum alloy, titanium alloy, copper alloy oxide film
6)Pre-weld pretreatment:After the aluminum alloy is pretreated by laser cleaning, the welding porosity defects are effectively suppressed
7)Cleaning after welding:Can remove post-weld oxide film and residue
8)Aluminum alloy pulsed lasers remove dirt and oxide film before welding
1)Environmental protection - no chemical reagents, no solvent, low noise
2)Easy operation - contactless processing, portable, mobile work
3)No damage - only remove surface contaminants
4)Easy to automate - easy integration, high efficiency
|Aluminum oxide film||1.5㎡/h||3.0㎡/h||3.6㎡/h||4.5㎡/h||6.0㎡/h|