Laser oxide removal is a non-contact, high-precision surface treatment technology, mainly used to remove the oxide layer on the metal surface.
Why use itLaser oxide removal
Laser oxide removal
Laser oxide removal is a non-contact technology that uses a high-energy laser beam to remove the oxide layer on the surface of the material.
Safety
Combines safe, PPE-free technology with our Level 1 certification services and fume management expertise
Industrial Automation
Replace manual and labor-intensive cleaning solutions with an automated, repeatable process.
Maximum usage time
Cleaning system is constructed with industrial-grade components to remove oxidation for years with minimal maintenance
Main reasons: Laser can selectively remove the oxide layer without damaging the substrate surface, avoiding additional damage caused by mechanical stress or chemical corrosion, and is suitable for fragile materials such as electronic components; it has a fast processing speed and can remove large areas of oxide in a short time, reducing production time and labor costs; it does not require chemical reagents, does not generate harmful waste, minimizes thermal effects, meets green manufacturing standards, and is particularly suitable for aerospace maintenance; it is suitable for removing oxides on the surfaces of metals such as aluminum alloys and steel, and supports subsequent process optimization.
Application
Electronics Manufacturing
Used to clean the oxide layer on the surface of semiconductor chips, integrated circuits and other electronic devices to ensure electrical performance and quality
Metal processing
Remove oxides from the welding surface before metal welding and welding to improve welding quality and strength.
mold manufacturing
Remove oxides and impurities from the mold surface, improve surface quality and extend mold life
Energy Industry
Remove the oxide layer during the maintenance of key parts such as gas turbines and nuclear power equipment to ensure the normal operation of the equipment