Portable Mini UV Laser Marking Machine Laser Engraving machine for Glass Crystal Plastic Metal Shells UV Laser Printer
Advantage of UV Laser Source.
Without destroying material or compromising surface integrity, the UV laser beam alters the material's surface to leave behind permanent markings.
UV Laser can be used on any kind of glass product, including shot glasses, coffee mugs, wine glasses, wine bottles, and pint glasses.
Almost every glass product may have bespoke logos and designs engraved on it using UV laser marking, which creates a lovely frosted look.
Product information:
Model | KY-M-PUM3W/5W/10W/20W/25W |
Engraving Size | 70*70/110*110/150*150/175*175mm |
Size | 650*360*560mm |
Laser Power | 3w 5w |
Scan Speed | ≤10000mm/s |
Reset Accuracy | 0.002mm |
Power Supply | AC 220V ±10%, 50 - 60Hz |
Laser Wavelength | 355nm |
Working Temp . | 0 - 45°C |
Working Humidity | 8 - 95% |
Output File Format | BMP, HPGL, PLT, DST, DXP, and AI |
Driven Method | Stepper driving |
Cooling Method for Laser | Air cooling |
Work Bench | Lifting Bench |
Laser Control Software | BJ JCZ EZCAD |
UV laser marking machine applicable industries:
1. Plastic components, such air binding
2. Surface markings such as silver, gold plating, and others
3. UV oil surface marking of plastic materials, such as melamine and Samsung panels
4. Mark the dehalogenated elemental materials' surfaces, such as those of the iPhone charger, the connection wire, and other accessories.
5. Everyday essentials (food and beverage packaging)
6. Labeling wires and wires
7. Different surface markings on pipes
8. Carbon fiber cutting and flexible materials (the material thickness is just 200 μm)
Uv laser marking machine features:
1. Unlike other lasers, ultraviolet lasers have the advantage of reducing thermal stress.This is a result of the low power levels at which most UV laser systems run.
2. The laser beam uses a technique frequently referred to as "cold ablation" to create a smaller thermal impact zone, which lessens the effect of thermal stresses such as carbonation, flanging, and others that are typically present in higher power lasers.
3. A UV laser beam with a temperature range of 10–20 degrees Celsius
Sample show:
