SF series fiber laser cutting machine
It is a small fiber laser cutting machine, it’s cutting size is 600*600mm,1300*900mm.
SF series laser machine have the advantage of high precision, It adopt dual drive transmission & Japan high precision serve motors
Low cost: Save energy and protect environment.
Low maintenance: fiber line transmission no need reflect lens, save maintenance cost, machine with very smaller focus diameter and high work efficiency, high quality, high precision and high speed cutting;
Fiber line transmission, no adjustment of optical path, auto-focusing lase head. these character let SF series small laser cutting machine is very easy to operate.
Compare with CO2 laser cutting machine, The fiber laser cutting machine has three times of photoelectric conversion efficiency and excellent beam quality.
Automatic Oil Filling System
1) Protection machine
The oil is lubricated according to the timing required by the fiber laser cutting machine equipment to keep the lubrication state of the fiber laser cutters.
2) Extend the lifetime of machine
Extend the service life of the fiber laser cutting machine and reduce the maintenance time of the equipment. Therefor it directly increase the profit of the user.
Full protective cover
1) More safe
Fully enclosed design, European CE standard protective glass.
2) More environmentally friendly
Cutting produces internal dust filtration treatment, up to standard discharge, no pollution.
3) More stable
It has a better stability with the entire bed weighs 10 tons
Auto-focus laser head
1) Large focal length adjustment range
The focus range is +10 ~ -10 with an accuracy of 0.01mm.
2) Long service life
The internal structure of the laser head is completely sealed to avoid dust contamination of the optical part.
3) Easy replacement of the protective lens
The protective lens is drawer-mounted for easy replacement.
4) QBH connector is unlimited
It can be equipped with a variety of lasers with QBH connectors.
Small fiber laser cutting machines
Accuracy of Positioning
Max Movement Speed
X/Y-axis repositioning accuracy