Power: 20, 30, 60, 80, 100 W
X travel: 175 mm
Y travel: 175 mm
Best Marking Effect Deep Marking Higher Accuracy No consumables No need to adjust the laser path. Fiber laser uses high-quality light source, good spot quality, uniform optical power and stable ...
Shandong Man Machinery Equipment Co., Ltd.
Power: 200 W
... with R-type and T-type printout wheels. The machine is widely used in medical, food and beverage, cosmetics and other industries mainly for labels, paper bags, plastic bags, cards, bills, thin paper boxes, aluminum ...
Power: 20, 30, 50 W
Speed: 7,000 mm/s
... . The diameter of focal spot not over 20um. 4) High speed marking. Special laser head for high-speed scanning. 5) Low consumption. 6) Long lifetime. More than 100000 working life. Marking scope 110*110mm Power 20W(Optional ...
Power: 30, 60, 20, 100 W
Speed: 100 mm/s
... possibilities for laser marking metals and plastics. What we can do with MOPA laser? MOPA fiber laser marking machine can do black and white marking on most metals ...
Power: 120 kW
X travel: 33 mm
Y travel: 15 mm
... Patmark lets you expand your making area capabilities. A longer window, 33mm (1.3″), gives you an efficient and cost-effective marking solution.
Tocho Marking Systems America, Inc
X travel: 110, 200, 300 mm
Y travel: 110, 200, 300 mm
... laser marking machine with protective cover 1.Machine Features 1. Fiber laser system and high-speed Galvanometer . 2. Fiber laser marking is steady and can continuously working 12-24 ...
Power: 20 W
Speed: 1,666 mm/s
DES-200B Laser Marker has smaller size, lower maintenance, no consumables and provides permanent high quality coding • Smaller Size • Lower Maintenance • No Consumable • Permanent High-quality Coding • Widely Used
Our rotary table laser marking systems allows the operator to load one side of the fixture table while the other is inside being processed. This configuration increases parts per hour by reducing downtime for loading/unloading ...
Power: 30, 100, 20, 50 W
X travel: 110, 300, 200 mm
Y travel: 300, 200, 110 mm
... . You can use a CO2 laser marking machine to mark glass. The CO2 laser marking machine is usually used to mark plastic, paper, glass, acrylic, leather, wood, and other ...
Power: 5, 10, 8, 3, 7 W
X travel: 200, 180, 150, 110, 300 mm
Y travel: 150, 110, 180, 200, 300 mm
The UV laser marking machine is a marking machine that uses UV laser source. Unlike the fiber laser marking machine, UV marking belongs ...
... desktop laser marking machine, which is a special product specially developed for the needs of users with simple, compact, flexible and convenient equipment. With the features of cost-effective, it can ...
Power: 20 W - 50 W
... laser marking machine. With the advantages of wide processing range, convenient operation, high beam quality, long service life and simple maintenance, it can mark on most metal materials ...
Power: 13, 25 W
X travel: 125, 330, 50 mm
Y travel: 50, 125, 330 mm
... constantly measures the distance to the marking location and focuses on that location. By tracking unintentional deviation in the height or inclination of the target, marking defects can be prevented ...
X travel: 90, 160 mm
Y travel: 90, 160 mm
... terms of marking, connectivity and ability to integrate easily to other systems or controls. • Communications and Control via EtherNet/IP, Ethernet TCP/IP, RS-232, RS-422 • Target materials to laser mark: Stainless ...
Power: 70, 50, 30, 20, 100 W
X travel: 150, 200, 300, 70, 110 mm
Y travel: 200, 150, 110, 70, 300 mm
... application of fiber laser printing machine is becoming more and more extensive. Laser printer can be used anywhere it is useful for marking, such as hardware industry, wrenches, measuring tools, sanitary ...
Power: 60 W - 180 W
Depth: 2 mm
... Applicable Industry of Handheld Fiber Laser Cutting Welding Cleaning Machine whether you want to apply a custom design to metal or hard plastic products, laser marking ...
Power: 100 W
... materials marking, free adjustment, more convenient. 5. Observation window for marking; there is an observation window on one side of the fixed-focus frame, which is used for observing the marking ...
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