Latest Blog
5W UV Laser source Marking Remover Paint Removal for Plastic , Glass , Metal
Apr 29 , 20235W UV Laser source Marking Remover Paint Removal for Plastic , Glass , Metal
1. UV Laser Removing Varnishes from Painted Surface
UV laser can remove varnishes from painted surfaces whatever the material is plastic, glass, metal or any else. One of typical removing varnishes from painted surface is keyboards. UV laser can remove the varnish on computer keyboards and leave a mark of letters or symbol, the mark is precise and readable. Since there is no consumables for UV laser marking, it’s a very economic way to make marks on keyboard. UV laser focused spot is very tiny and the heat affected zone is very small, so there is no deformation on material surface, avoiding the problem of burning. UV laser has three obvious features: quick marking speed, high marking precision and high working stability.
5W UV Laser Marking Remover Paint Removal for Plastic , Glass , Metal 0
2. Product Description
355nm DPSS UV laser with average output power ≥5W@40KHz, pulse width ≤15ns@40KHz;
American brand semiconductor module, high working stability, laser lifespan >20,000 hours;
Mark glass, plastic, metals, wood, leather, fruits, paper, etc.;
Short wavelength 355nm, generating tiny focused laser spot, achieving high precise marking;
Cold processing method, small heat affected area, little thermal deformation on material surface;
Professional JCZ control board and EZcad2 software, easy operation & excellent functions;
High repetitive precision 0.02mm galvo scanner with clear aperture 10mm, high marking quality;
Today,we will recommend you RFH UV laser brand from China.
20watt high power uv laser source cutting ceramics
Expert III 355 series UV DPSS laser, developed and produced by RFH, covers 10w-15w in laser power with short pulse width (<20ns@40K) ,superior beam quality (M²<1.2) and perfect laser spot quality (beam circularity >90%). It is widely used in PE/PCB/FPC cutting, glass & sapphire cutting, drilling, scribing & cutting used in high precision micromaching areas.