Cw 1610tt Multi Head Laser Cutting Machine - China

CW-1610TT Multi-head Laser Cutting Machine

Introduction: The multi-head laser cutting machine CW-1610TT adopts non-contact hot working, small heat diffusion area and high processing quality, so it is very suitable for cutting various fabrics such as textile fibers, and is suitable for products with simple and repeated cutting requirements.

Applicable Field：In laser processing applications, such as bamboo and wood, textiles and other processes are simple and repeat cutting products that require a large amount of demand.

Working Theory

After the laser is generated by the laser, it is transmitted by the mirror and irradiated onto the processed object through the focusing mirror, so that the processed article (surface) is subjected to strong heat energy and the temperature is sharply increased, so that the shop rapidly melts or vaporizes due to high temperature, and cooperates with the laser head.

Run the trajectory to achieve the purpose of processing.

Company Contact:

• Posted By: Suzhou Chanxan Laser Technology Co.,Ltd

• Phone: +8651265651090

• Address: No.65 of Xingwu Road, Wuzhong District, Suzhou, Jiangsu, China, suzhou , Jiangsu , China

• Email:

• Website: https://www.szchanxan.com

• Business Description: Suzhou Chanxan Laser Technology is a comprehensive company focus on designing, producing,
  
  "Selling and applying of laser marking and laser cutting machines.
  
  Reasonable, Customers First, Continuous Innovation, and Constant Improving "is the motto of Chanxan.
  
  User - friendly design ensures the an easier and smoother operation.
  
  Experienced engineers keep on refining the machine for a better industry art; And advanced technology adopted into the machine will make the best use of materials.
  
  Chanxan Laser -- Our Vision: Bring the best experience to Laser machines users
  
  Mainly focused on producing materials falling in line with Laser marking or cutting, Chanwei offers free samples.
  
  Please feel free to contact us for more information.