LASER Automatic Cutting System for Patterned Fabrics
- Creative Solutions for Your Productive Environment
Complete solution for optimization of production processes using patterned fabrics – from marker matching to automatic cut.
LASER Automatic Cutting System for Patterned Fabrics delivers a complete solution for automatic alignment of markers to fabric stripes and plaids.
Performed stages:
- Making ”matching point” with Pattern Designer
- Smart nesting with Auto Marker
- Import the marker into VisionLASER
- Capture the fabric. Detect the fabric pattern
- Match the marker
- Automatic laser cutting
The solution combines Pattern Designer, Auto Marker and VisionLASER software, with the best-of-breed laser cutters from GOLDENLASER, thus offering an optimal cutting solution, flexible and adapted to the textile industry.
Automatic pattern fabric matching in action
Improve the quality and performance of your production with a complete and flexible solution, optimized for marker matching on patterned fabric.
Laser Cutting Solution Features
1. Collection deviation on stripes and plaids fabric is within 1mm
2. Automatically adjust cutting route by the deformation or distortion of fabric.
3. The most material saving nesting
4. One machine can process 200 to 500 sets of clothing per day
5. Automatically feeding, scanning, recognition and cutting, without manual intervention.
6. Laser can perfectly cut elastic fabrics and knitted fabrics. Automatic edge sealing. No burr. No fraying.
We pursue the administration tenet of "Quality is superior, Services is supreme, Standing is first", and will sincerely create and share success with all customers for , The product will supply to all over the world, such as: Saudi Arabia, Belarus, Poland, Due to our good goods and services, we've received good reputation and credibility from local and international customers. If you will need more information and are interested in any of our solutions, be sure to feel free to contact us. We look forward to becoming your supplier in the near future.