fast fashion, sportswear or technical textiles
| LASER CUTTING AND ENGRAVING OF TEXTILES
Application examples for cutting of fabrics with Chanxan laser CO₂ laser systems:
What are the advantages of laser cutting of textiles?
We recommend the following laser systems for the cutting of textiles:
|2-heads Fabric Laser Cutter|
| What added value have Chanxan laser CO₂ laser cutter in textile processing?
| Free solution 400-0177-663
Equipped with multiple control panels for easy access and handling.
It can be perfectly matched with the injection molding machine or the storage table, saving manual intervention of loading and unloading.
One or multiple heads designs are available according to production design to imporve working efficiency.
The product is equipped with a recycling device to facilitate the separation of finished products and scraps.
Suitable for large-area engraving marking of various non-metallic materials; layered setting, perfect combination of surface engraving, hollowing and cutting.
It can be applied to the cutting of soft and low-density sheets. It has strong laser energy, fine beam and small mechanical stress. The cutting speed is 5-10 times higher than that of traditional cutting machines.
Ideal for marking rolled fabrics, marking on jeans to get different marking effects and flying marking.
Fully enclosed optical path, imported CO2 RF laser, and strict multiple protection control design
Exclusive process development to avoid the problem of traditional laser cutting with yellow or dark edge.
High-performance motherboard with anti-jamming feature can output more complete data. And machine is with power-off continuous carving, slope carving function.
With power, frequency and speed following function, it effectively reduces corner burrs; corner energy following technology makes sharp angle cutting technology more perfect.
The software design path can be optimized as needed to reduce processing time and improve efficiency.
CCD cameras, stainless steel baseboard or other parts could be added to meet the requirements and improve the efficiency.
Publish Time: Sep. 20, 2019View More
Publish Time: Aug. 26, 2019View More