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PRODUCT ADVANTAGE
- Best machine for cutting fabric. Specially Multi-heads structure design, spend the same amount of time, make the productions doubled ,greatly increase the efficiency.
- DSP of ine Digital controlling technology, reliable and simple operation.
- Latest software for digital fabric cutting machine,match to various design software such as AutoCAD, CorelDraw etc.
- Special USB interface input designs directly to machine by a pen drive disc easy and fast .
- LCD display control panel,real-time processing path display,user-friendly interface.
- Special pass through structures design,specially for a variety of long plate material continuous processing,without cutting,save time,save materials.
- Laser cutting machine for fabric. Electric lifting table,max height is 280mm,suitable for various thickness materials(Optional device).
TECHNICAL PARAMETERS
Model | GXT-1410 | GXT-1612 |
Working area | 1400*1000mm | 1600*1200mm |
Laser type | CO2 sealed glass laser tube, 10.6μm | |
Laser power | 80W/100W/130W | |
Laser output control | 0-100% control freely | |
Cooling type | Water cooling | |
Controlling system | DSP control system | |
Locating accuracy | ±0.01mm | |
Engraving speed | 0-60000mm/min | |
Cutting speed | 0-40000mm/min | |
Min. Shaping character | Chinese 2.0*2.0mm, English letter 1.0*1.0mm | |
Graphic format supported | DST, PLT, BMP, DXF, DWG, AILAS, etc. | |
Power supply | AC 110V/220V,50Hz/60Hz | |
Gross power | ＜2000W | |
Working environment | Temperature:0-45℃, humidity: 5-95% | |
PRODUCT USES
This industrial fabric laser cutting machine is capable for wood, paper, leather, fabric, organic glass, acrylic, plastic, rubber...
Suitable for precision cutting and surface engraving of leather materials, synthetic leather, and fabric in industries such as apparel, packaging, fabric toys, home textile decor, handbags, gloves, and toys. Also applicable for the precision cutting of non-metallic thin sheets, including acrylic boards, die-cutting molds, electronic panels, audio panels, medium-density decorative boards, and similar materials in industries like crafts, models, advertising, decoration, electrical appliances, and plastics.
PRODUCT VIDEO
FAQ:
Q1. How to choose the right laser cutting machine?
A1.
- Material type and thickness: For metal cutting (e.g., stainless steel, aluminum), choose a fiber laser machine. For non-metals (e.g., acrylic, wood), opt for a CO₂ laser machine.
- Precision and speed: For high-precision needs (e.g., electronic components), consider UV/green laser systems.
- Budget and power: Low-to-medium power (30-100W) suits thin materials, while high-power (1000W+) is ideal for industrial thick-plate cutting.
- Brand and reputation: Prioritize manufacturers with strong after-sales networks and technical support.
Q2. What does after-sales service include? Are there extra charges?
A2.
- Standard services:
- Free installation, debugging, and basic operational training.
- Free repairs during the warranty period (for non-human damage).
- Remote technical support (software troubleshooting).
- Potential charges:
- Replacement of parts beyond the warranty period (e.g., laser tubes, lenses).
- On-site service fees (for remote areas or urgent requests).
- Customized upgrades (confirm contract terms in advance).
Q3. How long is the warranty period? What voids the warranty?
A3.
- Standard warranty: 1-3 years (covers core components like lasers and motion systems).
- Warranty void scenarios:
- Human operational errors (e.g., overloading, improper maintenance).
- Unauthorized modifications or use of non-original parts.
- Damage from external factors (e.g., natural disasters, unstable voltage).
- Recommendation: Keep purchase receipts and maintenance logs as per the manufacturer’s guidelines.
Q4. What daily maintenance is required?
A4.
- Daily:
- Clean lenses and rails with lint-free cloth and anhydrous alcohol.
- Check coolant levels and temperature (to prevent overheating).
- Weekly:
- Lubricate transmission components (e.g., lead screws, gears).
- Remove cutting debris and clean exhaust pipes.
- Monthly:
- Calibrate the optical path and focus lens alignment.
- Inspect electrical connections for stability.
Q5. How to troubleshoot equipment failures quickly?
A5.
Initial self-check steps:
- Poor cutting quality: Check for lens contamination or focal length misalignment.
- Machine fails to start: Verify power stability and emergency stop button status.
- Software errors: Restart the control system or reset to factory parameters.
PRODUCT ADVANTAGE
- Best machine for cutting fabric. Specially Multi-heads structure design, spend the same amount of time, make the productions doubled ,greatly increase the efficiency.
- DSP of ine Digital controlling technology, reliable and simple operation.
- Latest software for digital fabric cutting machine,match to various design software such as AutoCAD, CorelDraw etc.
- Special USB interface input designs directly to machine by a pen drive disc easy and fast .
- LCD display control panel,real-time processing path display,user-friendly interface.
- Special pass through structures design,specially for a variety of long plate material continuous processing,without cutting,save time,save materials.
- Laser cutting machine for fabric. Electric lifting table,max height is 280mm,suitable for various thickness materials(Optional device).
TECHNICAL PARAMETERS
Model | GXT-1410 | GXT-1612 |
Working area | 1400*1000mm | 1600*1200mm |
Laser type | CO2 sealed glass laser tube, 10.6μm | |
Laser power | 80W/100W/130W | |
Laser output control | 0-100% control freely | |
Cooling type | Water cooling | |
Controlling system | DSP control system | |
Locating accuracy | ±0.01mm | |
Engraving speed | 0-60000mm/min | |
Cutting speed | 0-40000mm/min | |
Min. Shaping character | Chinese 2.0*2.0mm, English letter 1.0*1.0mm | |
Graphic format supported | DST, PLT, BMP, DXF, DWG, AILAS, etc. | |
Power supply | AC 110V/220V,50Hz/60Hz | |
Gross power | ＜2000W | |
Working environment | Temperature:0-45℃, humidity: 5-95% | |
PRODUCT USES
This industrial fabric laser cutting machine is capable for wood, paper, leather, fabric, organic glass, acrylic, plastic, rubber...
Suitable for precision cutting and surface engraving of leather materials, synthetic leather, and fabric in industries such as apparel, packaging, fabric toys, home textile decor, handbags, gloves, and toys. Also applicable for the precision cutting of non-metallic thin sheets, including acrylic boards, die-cutting molds, electronic panels, audio panels, medium-density decorative boards, and similar materials in industries like crafts, models, advertising, decoration, electrical appliances, and plastics.
PRODUCT VIDEO
FAQ:
Q1. How to choose the right laser cutting machine?
A1.
- Material type and thickness: For metal cutting (e.g., stainless steel, aluminum), choose a fiber laser machine. For non-metals (e.g., acrylic, wood), opt for a CO₂ laser machine.
- Precision and speed: For high-precision needs (e.g., electronic components), consider UV/green laser systems.
- Budget and power: Low-to-medium power (30-100W) suits thin materials, while high-power (1000W+) is ideal for industrial thick-plate cutting.
- Brand and reputation: Prioritize manufacturers with strong after-sales networks and technical support.
Q2. What does after-sales service include? Are there extra charges?
A2.
- Standard services:
- Free installation, debugging, and basic operational training.
- Free repairs during the warranty period (for non-human damage).
- Remote technical support (software troubleshooting).
- Potential charges:
- Replacement of parts beyond the warranty period (e.g., laser tubes, lenses).
- On-site service fees (for remote areas or urgent requests).
- Customized upgrades (confirm contract terms in advance).
Q3. How long is the warranty period? What voids the warranty?
A3.
- Standard warranty: 1-3 years (covers core components like lasers and motion systems).
- Warranty void scenarios:
- Human operational errors (e.g., overloading, improper maintenance).
- Unauthorized modifications or use of non-original parts.
- Damage from external factors (e.g., natural disasters, unstable voltage).
- Recommendation: Keep purchase receipts and maintenance logs as per the manufacturer’s guidelines.
Q4. What daily maintenance is required?
A4.
- Daily:
- Clean lenses and rails with lint-free cloth and anhydrous alcohol.
- Check coolant levels and temperature (to prevent overheating).
- Weekly:
- Lubricate transmission components (e.g., lead screws, gears).
- Remove cutting debris and clean exhaust pipes.
- Monthly:
- Calibrate the optical path and focus lens alignment.
- Inspect electrical connections for stability.
Q5. How to troubleshoot equipment failures quickly?
A5.
Initial self-check steps:
- Poor cutting quality: Check for lens contamination or focal length misalignment.
- Machine fails to start: Verify power stability and emergency stop button status.
- Software errors: Restart the control system or reset to factory parameters.
