| DESCRIPTION |
CO2L-6040
|
CO2L-960
|
CO2L-1080
|
CO2L-1390
|
CO2L-1325
|
| Working Area | 600×400 | 900×600 | 1000×800 | 900×1300 | 1300×2500 |
| Laser Power | 30-150 W | 30-150 W | 30-150 W | 30-150 W | 30-150 W |
| Cutting Speed | 60,000 mm/mn | 60,000 mm/mn | 60,000 mm/mn | 60,000 mm/mn | 60,000 mm/mn |
| Power Supply | 220 V /50 Hz | 220 V /50 Hz | 220 V /50 Hz | 220 V /50 Hz | 220 V /50 Hz |
| Graphic formet supported | DST,PLT,BMP,DXT | DST,PLT,BMP,DXT | DST,PLT,BMP,DXT | DST,PLT,BMP,DXT | DST,PLT,BMP,DXT |
| Software Supportec | Coreldraw, Photoshop Autocad | Coreldraw, Photoshop Autocad | Coreldraw, Photoshop Autocad | Coreldraw, Photoshop Autocad | Coreldraw, Photoshop Autocad |
| Driving Motor | Stepper Motor | Stepper Motor | Stepper Motor | Stepper Motor | Stepper Motor |
| Operating temperature |
–
|
–
|
0-45’C
|
–
|
–
|
| Operating humidity | 5-95 % | 5-95 % | 5-95 % | 5-95 % | 5-95 % |
| Equipment Size | 1360x800x1080mm | 1460x800x1080mm | 1560x1250x1080mm | 2080x1300x1300mm | 3000x1300x1600mm |
| Weight | 250 KG | 280 KG | 320 KG | 360 KG | 1100 KGS |
Here are some key features and components of a CO2 laser cutting machine :
CO2 Laser Tube
The CO2 laser tube is the core component of the machine, generating the laser beam. It contains a mixture of carbon dioxide, nitrogen, and other gases that, when electrically stimulated, produce a high-intensity laser beam at a specific wavelength of around 10.6 micrometers.
Optics System
The laser beam is directed and focused using a system of mirrors and lenses. The optics system helps to concentrate the laser beam onto the material to achieve precise and controlled cutting.
Cutting Table
The cutting table is the surface where the material to be cut is placed and secured. It may include features such as a honeycomb bed or slats to support the material and allow for efficient removal of laser-cut debris.
Control System
The CO2 laser cutting machine is operated through a control system, which consists of a computer and CNC software. The operator uses the software to program the cutting specifications, set the tool paths, and control various parameters, including cutting speed and power.
Exhaust System
Laser cutting generates smoke, fumes, and debris. An exhaust system is used to extract and remove these byproducts from the cutting area, maintaining a clean work environment and preventing the accumulation of debris on the optics.
Water Cooling System
CO2 laser tubes generate heat during operation, and a water cooling system is used to dissipate this heat and maintain optimal operating temperature. It typically consists of a water chiller and a series of tubes to circulate cooled water through the laser tube.
Safety Features
CO2 laser cutting machines incorporate safety features such as emergency stop buttons, safety interlocks, and enclosed work areas to ensure the safety of the operator and protect against laser radiation.
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