TBK 958N 20W High Power Fully Automatic Laser Split Screen Marking Machine, EU Plug, US Plug

Specification:
1. Product Model: 958N
2. Operating Voltage: 110-220V
3. Power: 500W
4. Laser Power: 20W
5. Marking Accuracy: <=0.001mm
6. Repeat Accuracy: <=0.001mm
7. Marking Speed: <=10000mm/s
8. Cooling Method: Built-in Cold Air
9. Laser Wavelength: 1064nm
10. Product Size: 25.5 x 50 x 48cm
11. Screen Size: 20 x 15cm
12. Focus Frame Range: 11.5 x 11.5cm
13. Marking Depth: 0.015~0.5mm
14. Marking Size: 17.5 x 17.5cm
15. Marking Width: 0.05-0.01mm

Features:
1. 958N portable laser machine, detachable laser, suitable for marking and engraving in various scenarios, 20W laser, small and portable, Marking/engraving/removing the back cover
2. High-power 20W optical fiber, clearer marking, faster screen removal, as fast as 3-5 times, the laser is more stable and less damaging, and it can last longer
3. One-button detachable laser head, convenient for various scenarios, angle marking/engraving
4. Fully automatic one-button focusing, focusing faster, more accurately, and more time-saving, say goodbye to cumbersome manual focus
5. Built-in high-definition computers, most of which are stored in the market mobile phone drawings (continuously updated)
6. Mobile phone back cover/marking/engraving, one machine with multiple functions, nothing is impossible, only unexpected
7. Support various scenarios, humanized design, easy to carry and move
8. Support several times more etching than ordinary, the vibrating mirror is increased by 2~5 times
9. Support autofocus, press the Focus button to autofocus, no manual adjustment; focus with high precision
10. Self-developed marking system, convenient, fast and efficient, equipped with wireless keyboard and mouse
11. Electric motor lift table, adjustable work via electric motor table height with height accuracy
12. Professional positioning bench, convenient and fast, precise positioning, flexible and adjustable, larger operating space
13. Focal length positioning needle with high precision, smart sensing