3w 5w UV Laser Marker Marking Machine for Stainless Steel Acrylic Wood Glass
Product Description
Generally our UV laser mask printing machine is no consumables, maintenance free, which is after our QC Department continual 96 hours testing and our engineer double adjustments. After everything is be in best statue and can directly put into application, we will send it out.
Advantages:
Due to the small focus spot and small heat affected zone, UV laser can be used for ultra-fine marking and special material marking. It is the preferred product for customers with higher requirements for marking effect. In addition to copper, UV laser is suitable for a wide range of materials. It has many advantages, such as good beam quality, smaller focus spot, super fine marking, wider application range, small heat affected area, no thermal effect, no material burning, fast marking speed, high efficiency, stable performance, small volume, low power consumption, etc.
Applicable materials :
All metals: gold, silver, titanium, copper, alloy, aluminum, steel, manganese steel, magnesium, zinc, stainless steel, carbon steel / mild steel, all kinds of alloy steel, electrolytic plate, brass plate, galvanized sheet , Aluminum, all kinds of alloy plates, all kinds of sheet metal, rare metals, coated metal, anodized aluminum and other special surface treatment, electroplating the surface of the aluminum-magnesium alloy surface oxygen
UV Laser Engraver Product Feature:
1. The exquisite seal design of the UV laser printing machine can avoid any dust, at the same time, it can effectively reduce the harm of laser radiation to the human body.
2. Higher pulse stability, the UV laser marking is more suitable for precision marking, achieving perfect marking results.
3. Optional rotary table, greatly reducing the processing time of a single processing part, in the same unit time, the value of the customer's harvest doubled;
Specifications:
Product name | air cooling laser source |
Wavelength | 355n m |
output power | ≥3W@3OKHZ |
Maximum Pulse energy | O.1 mJ@3OKHz |
Pulse Repetition Frequency | 1-1 50KHZ |
Average Power stability | ≤3% |
Spatial mode | TEMOO (M2< 1.5) |
Polarization ratio | >100:1 Horizonta |
Beam circularity | >90% |
Sample picture
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