3W 5W 10W UV Laser Engraving Marking Machine Desktop Fiber Laser Cutter
Product Features
1) UV laser with 3W output power;
2) Marking plastic, glass, wood, leather, fruits, ceramic, etc.;
3) Short wavelength 355nm, generating tiny laser spot, achieving elaborate marking effect;
4) Cold processing method, producing little heat, no thermal deformation on material surface;
Product Parameter
| RL-UV3 | RL-UV5 |
Wavelength | 355nm | 355nm |
Output power | >3W@30KHz | >5W@40KHz |
Maximum pulse energy | 0.1mJ@30KHz | 0.12mJ@40KHz |
Pulse Repetition Frequency | 1-150KHz | 1-150KHz |
Pulse duration | <15ns@30KHz | <18ns@40KHz |
Average power stability | <3% | <3% |
Spatial mode | TEM00 (M²< 1.5) | TEM00 (M²< 1.5) |
Polarization ratio | >100:1 Horizontal | >100:1 Horizontal |
1/e2 beam diameter at output | 0.7mm | 0.8mm |
Beam circularity | >90% | >90% |
Applications
Widely adapted to the market of fine processing, the surface marking of packaging bottles for cosmetics, pharmaceuticals, food and other polymer materials, the marking effect is fine, clear and firm, better than ink coding and no pollution, FPC board marking, dicing; silicon crystal wafer micro hole and blind hole processing; LCD liquid crystal glass two-dimensional code marking, glass equipment surface drilling, metal surface coating, Marking on plastic buttons, electronic components, gifts, communication equipment, construction materials etc.
Packaging & Shipping
FAQ
Q: What can a laser marking machine do?
Re: The laser marking machine can engrave various characters, patterns, logos, bar codes, serial numbers and other engraving on a variety of materials.
Q: How is the standard and high configuration of laser marking machine different?
Re: The difference between standard and high-configuration laser marking machines is firstly the difference in laser energy. High-level energy is stronger, and can mark deeper. The second is speed. High-speed is significantly faster. The other is that the precision. The precision of high-configuration machine has higher marking precision than the standard one, which is more suitable for more demanding applications.