CNC Die Making CO2 Flat Laser Cutting Machine
Technical Specifications:
Machine model No. | TSD-LC400-1618 |
Laser Type | TSD Laser CO2 direct-current stimulated glass laser |
Cutting area | width 1600mm x length1800mm |
Machine weight | 2000kgs |
Driving motor | Panasonic servo motor |
Cutting depth | 15mm-18mm-20mm plywood |
Cutting precision | ±0.05mm |
USB port connection | Yes |
Operating temperature | 0-45°C |
Mould knife thickness | 0.45mm, 0.71mm,1.07mm…etc. controllable |
Cutting speed 400W | 25-30meters/hour 18-20mm plywood |
Protective gas | Dry and oil-free air |
Power supply | single-phase electricity 220V±5% 50Hz 10A |
Numerical control panel | LCD screen, light-touched key-press |
Software supported | Auto CAD |
Graphic format support | Auto CAD files. |
EMS memory | attached 32MB memory, can work under off-line condition |
Laser tube guarantee | guarantee 8 months,6000 hours life span for laser tube |
Assistant equipment | air dryer, industrial chiller, exhaust fan, computer system |
Recommend spare parts | laser tube, lens, mirror |
H.S Code | 8456110090 |
Machine Feature:
1. Fixed laser path, ensure the stability of the optical path.
2. Laser cutting head coming with auto touching following system, adapt to the jagged materials.
3. High temperature heat treatment working table and large gantry milling processing.
4. Stable machine design, high strength of machine bed, long-year working. Low consumption of voltage about 5-7 kilowatt per hour.
Using a laser die cutting machine is an operation with high technical requirements, and the following points need to be paid attention to:
1. Safety protection: When operating the laser die cutting machine, you must wear appropriate protective equipment such as protective gloves to avoid damage to the eyes and skin caused by the laser. At the same time, make sure that there are no other people around the equipment to avoid accidents.
2. Material selection: laser die cutting machine is suitable for a variety of materials, but the cutting parameters and technical requirements of different materials are different. Before use, it is necessary to carefully understand the characteristics of the material, and make corresponding settings according to the thickness, hardness and other parameters of the material.
3. Equipment debugging: Before using the laser die cutting machine, it is necessary to debug and calibrate the equipment. Ensure the quality and stability of the laser beam, as well as the levelness and stability of the cutting platform. After the commissioning is completed, it is also necessary to test the cutting samples to ensure that the cutting quality meets the requirements.
4. Cutting parameters: The cutting parameters of the laser die cutting machine include laser power, speed, frequency, etc. Different materials and cutting requirements require different parameter settings. When cutting, it should be adjusted according to the actual situation to obtain the best cutting effect.
5. Maintenance: Regularly maintain the laser die cutting machine, clean the surface of the equipment and optical components, check whether the optical path is normal, and ensure the normal operation of the equipment. At the same time, the cutting tool should be replaced regularly to ensure the cutting quality and efficiency.
In short, the use of laser die cutting machines requires strict compliance with operating procedures and precautions to ensure operational safety and cutting quality. Familiar with the operation and debugging requirements of the equipment, choose the appropriate cutting parameters, and perform regular maintenance will help to improve the cutting efficiency and prolong the service life of the equipment.
CNC Die Making CO2 Flat Laser Cutting Machine
Technical Specifications:
Machine model No. | TSD-LC400-1618 |
Laser Type | TSD Laser CO2 direct-current stimulated glass laser |
Cutting area | width 1600mm x length1800mm |
Machine weight | 2000kgs |
Driving motor | Panasonic servo motor |
Cutting depth | 15mm-18mm-20mm plywood |
Cutting precision | ±0.05mm |
USB port connection | Yes |
Operating temperature | 0-45°C |
Mould knife thickness | 0.45mm, 0.71mm,1.07mm…etc. controllable |
Cutting speed 400W | 25-30meters/hour 18-20mm plywood |
Protective gas | Dry and oil-free air |
Power supply | single-phase electricity 220V±5% 50Hz 10A |
Numerical control panel | LCD screen, light-touched key-press |
Software supported | Auto CAD |
Graphic format support | Auto CAD files. |
EMS memory | attached 32MB memory, can work under off-line condition |
Laser tube guarantee | guarantee 8 months,6000 hours life span for laser tube |
Assistant equipment | air dryer, industrial chiller, exhaust fan, computer system |
Recommend spare parts | laser tube, lens, mirror |
H.S Code | 8456110090 |
Machine Feature:
1. Fixed laser path, ensure the stability of the optical path.
2. Laser cutting head coming with auto touching following system, adapt to the jagged materials.
3. High temperature heat treatment working table and large gantry milling processing.
4. Stable machine design, high strength of machine bed, long-year working. Low consumption of voltage about 5-7 kilowatt per hour.
Using a laser die cutting machine is an operation with high technical requirements, and the following points need to be paid attention to:
1. Safety protection: When operating the laser die cutting machine, you must wear appropriate protective equipment such as protective gloves to avoid damage to the eyes and skin caused by the laser. At the same time, make sure that there are no other people around the equipment to avoid accidents.
2. Material selection: laser die cutting machine is suitable for a variety of materials, but the cutting parameters and technical requirements of different materials are different. Before use, it is necessary to carefully understand the characteristics of the material, and make corresponding settings according to the thickness, hardness and other parameters of the material.
3. Equipment debugging: Before using the laser die cutting machine, it is necessary to debug and calibrate the equipment. Ensure the quality and stability of the laser beam, as well as the levelness and stability of the cutting platform. After the commissioning is completed, it is also necessary to test the cutting samples to ensure that the cutting quality meets the requirements.
4. Cutting parameters: The cutting parameters of the laser die cutting machine include laser power, speed, frequency, etc. Different materials and cutting requirements require different parameter settings. When cutting, it should be adjusted according to the actual situation to obtain the best cutting effect.
5. Maintenance: Regularly maintain the laser die cutting machine, clean the surface of the equipment and optical components, check whether the optical path is normal, and ensure the normal operation of the equipment. At the same time, the cutting tool should be replaced regularly to ensure the cutting quality and efficiency.
In short, the use of laser die cutting machines requires strict compliance with operating procedures and precautions to ensure operational safety and cutting quality. Familiar with the operation and debugging requirements of the equipment, choose the appropriate cutting parameters, and perform regular maintenance will help to improve the cutting efficiency and prolong the service life of the equipment.
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Ms. Judy Liu
Cell: +86 134 2095 0731
Email: sales@tsdlaser.com
Address
Building H, Sha Si Hi-Tech Park, Shajing, Baoan District, Shenzhen
Service
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