Laser Cutting Machine For Rolled Film Material
Processing principle and advantages
1. This machine uses CO2 laser with wavelength of 9.3-10.6μm to focus and fuse non-metallic materials, with precision grinding grade ball screw and precision marble with minimal volume expansion coefficient to complete the cutting function of the graphic walking mechanism.
2. The machine is equipped with CCD visual camera component, which can realize the function of automatically grabbing fixed point; It can be cut twice, and the accuracy of the sleeve can reach 0.05mm.
3. The machine is equipped with exhaust gas extraction pipeline, which can pump the toxic exhaust gas generated by the laser fuse to the gas purification equipment to ensure that the production room is not polluted by exhaust gas.
4. Excellent laser control system, can accept CorelDraw, AutoCAD documents for graphic editing; The cutting parameters can be set according to the line color, and the whole break, half break and engraving work can be performed.
5. The machine adopts the United States coherent CO2 RF laser generator; The RF driver is housed in the same housing as the laser head, resulting in a compact, rugged system that can operate in the most demanding environments for trouble-free production in your 7x24h go-to environment. The laser is air-cooled, which saves you the trouble caused by the coolant.
6. This machine adopts Nanjing wavelength optical lens group to ensure high efficiency and low attenuation of optical path.
7. The machine is configured with servo pulling function, which can be used for traditional sheet metal processing mode, and can also meet the continuous processing of coil, improve production efficiency and adapt to different processing technologies of products.
8. Applicable material range: 3M/EVA/PET/PC/PAPER/OCA/ Polarizer/anti-peeping film/optical film backlight/foam/optical film/leather/electronic insulation material/double-sided tape, etc.
Mainly parameters
Item | Unit | NEM-HZX-50602RC |
Working area | mm | 500*600 |
Cutting speed | Mm/s | 0-400 |
Laser power | W | 30/55 |
Laser wavelength | um | 9.3-10.63 |
Cutting accuracy | mm | ±0.03 |
Positioning accuracy | mm | ±0.01 |
Material feeding accuracy | mm | ±0.1 |
Overall power | KW | AC220V-5KW |
Net weight of equipment | KG | 1200 |
Main engine size | mm | 1450*1300*1400 |
Support graphics format | / | DXF/DST/AL |
Laser type | / | Carbon dioxide RF laser |
Type of sucker | / | Vacuum sucker |
Cutting energy | / | 0-99% software control |
Cutting mode | / | Multiple depths can be processed at the same time |
Heat dissipation mode | / | Air cooling |
Operating temperature | ℃ | 5-35 |
Working condition
Item | Specification | Note |
Power demand | AC220V 5.0KW 40A | |
Air demand | Clean compressed air ≥0.8MPa | |
Equipment size | 4500*1300*1400 | Overall size |
Equipment weight | 1200kg | |
Operating temperature | 5-35℃ | laser |
Operating humidity | No obvious condensation can be | laser |
Dust-free class | ≥ 100,000 class | |
Altitude | < 2000 m | laser |
List of major device configurations
Name | Origin |
Laser generator | USA |
Optical lens group | China |
Slide module | China Taiwan |
Precision ball screw | China Taiwan |
Servo motor | China |
Machine’s frame | NEM |
Marble platform | China |
Lack of material sensing device | Germany |
Laser control software | NEM |
Daily maintenance and maintenance
Item | Maintenance frequency | Operation method |
Focusing mirror cleaning | Once a week | Use lens cleaning paper dipped in a little lens cleaning solution to wipe. |
Reflector mirror cleaning | Once a week | Use lens cleaning paper dipped in a little lens cleaning solution to wipe. |
Optical path correction | Optical path correction | Operated by trained professionals. |
Lead screw clean oil | June/time | Operated by trained professionals. |
Clean the air filter | 1 month/time | Pull out the filter and remove the waste. |
Laser fan cleaning | March/time | Use a brush to clean fan dust. |
Cleaning inside and outside of machine | 1 month/time | Clean with anhydrous ethanol. |
Picture for reference
