Laser Cutting Machine for Fabric Air Duct (Textile Duct, Textile Ventilation Duct, Air Sock, Sock Duct)
This laser cutting system is a combination of large format X,Y axis laser cutting (trimming) and high speed Galvo laser perforating (laser cut holes).
Watch Laser Cutting Machine for Textile Duct in Action!
Benefits of Laser Cutting Fabric Duct
Laser processing available of cutting, perforating and marking
Clean and perfect cut edges - no post-processing necessary
Automatic sealing of cutting edges prevents fringe
No tool wear - consistently high cutting quality
No fabric distortion due to contactless processing
High precision and accuracy repeatability
High flexibility in cutting sizes and shapes - without tool preparation or tool changes
Goldenlaser specially developed CO2 laser cutting machine for textile ducts
Galvo System - Dynamic Focus |
Galvanometer Scanner |
SCANLAB (Germany) |
Scan Area |
450mm×450mm |
Laser Spot Size |
0.12mm~0.4mm |
Processing Speed |
0~10,000mm/s |
This laser cutting machine integrates two types of laser heads: Galvanometer scan head and X,Y axis laser head.
The Galvo head is used for perforation and microperforation, while the plotter cutting head is used for cutting large pattern.
The processing efficiency of the X,Y axis laser combined with Galvo technology is ten times higher than that of the traditional laser plotter cutting.
This laser cutter machine is capable of perforating uniform small holes with minimum size of 0.3mm
Automated production process with feeding, conveyor and winding systems.
Complete exhaust and filtering of cutting emissions possible.
One of our Textile Ventilation Ducting Customers' Processing Workshop
- Goldenlaser’s Laser Cutting Machine in Operation
Laser type |
CO2 RF metal laser |
Laser power |
150 watt, 300 watt |
Working area (W×L) |
2500mm×3000mm (98.4” ×118”) |
Working table |
Vacuum conveyor working table |
Mechanical system |
Servo motor, Gear & Rack driven |
Power supply |
AC220V±5% 50/60Hz |
Graphic format supported |
PLT, DXF, AI, BMP, DST |
Options |
Auto feeder, Red dot positioning system, Marking systems |
※ Working areas can be customized on request.
Various table sizes are available: 1600mm×1000mm (63”×39.3”), 1700mm×2000mm (67”×78.7”), 1600mm×3000mm (63”×118”), 2100mm×2000mm (82.6” ×78.7”) ... Or other options.
Applicable Industry
Fabric Ducting (Textile Ventilation Duct, Air Sock, Air Sox, Sock Duct, Sox Duct, Duct Sox, Duct Sock, Textile Air Duct, Air Distribution)
Applicable Materials
- Polyester
- PES (Polyethersulfone)
- Polyurethane Coated
- Polyamide (Nylon)
- Polyurethane
- PU Coated Polyester
- Silicone Coated Fiberglass
- PU Coated Fiberglass
Specifications of the Laser Cutting Machine for Fabric Duct |
Model No. |
JMCZJJG(3D)-250300LD |
Laser type |
CO2 RF metal laser |
Laser power |
150 watt, 300 watt |
Working area (W×L) |
2500mm×3000mm (98.4” ×118”) |
Working table |
Vacuum conveyor working table |
Perforation system |
Galvo system |
Cutting system |
X-Y Gantry cutting |
Cutting speed |
0~1200mm/s |
Acceleration |
8000mm/s2 |
Mechanical system |
Servo motor, Gear & Rack driven |
Power supply |
AC220V±5% 50/60Hz |
Graphic format supported |
PLT, DXF, AI, BMP, DST |
Options |
Auto feeder, Red dot positioning system, Marking systems |
※ Working areas can be customized on request.
Various table sizes are available: 1600mm×1000mm (63”×39.3”), 1700mm×2000mm(67”×78.7”), 1600mm×3000mm (63”×118”), 2100mm×2000mm (82.6” ×78.7”) Or other options.
Goldenlaser’s Typical Models of Laser Cutting Machine for Industrial Fabrics
|
JMCZJJG Series
|
JMCCJG Series
|
Gantry & Galvo Laser
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Flat Bed Laser Cutter
|
 |
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Application Industry and Materials |
Applicable Industry |
Fabric Ducting (Textile Ventilation Duct, Air Sock, Air Sox, Sock Duct, Sox Duct, Duct Sox, Duct Sock, Textile Air Duct, Air Distribution) |
Applicable Materials |
- Polyester
- PES (Polyethersulfone)
- Polyurethane Coated
- Polyamide (Nylon)
- Polyurethane
- PU Coated Polyester
- Silicone Coated Fiberglass
- PU Coated Fiberglass
|
Laser Cutting Fabric Duct Samples

Please contact GOLDEN LASER for more infomation. Your response of following questions will help us recommend the most suitable machine.
1. What is your main processing requirement? Laser cutting or laser engraving (marking) or laser perforating?
2. What material do you need to laser process?
3. What is the size and thickness of the material?
4. After laser processed, what will be the material used for? (application) / What is your final product?
5. Your company name, website, Email, Tel (WhatsApp…)?