Flatbed CO2 Filter Cloth Laser Cutting Machine with Mark Pen & Auto Feeding
Recommended Model
laser cutting machine (275 watts CO2 RF laser)
+ auto feeder for special fabrics (Double roll feeder SSG250)
+ software with mark pen
Filter medias , industrial fabrics & technical textiles laser application
Laser cutting is very suitable for filter media. To meet the special requirements on material cutting edge, GOLDENLASER offers various of laser power and whole set of cutting solutions to our clients.
Laser Cutting Machine Features
1. Cutting accuracy can reach 0.1mm
2. Heat treatment, automatic edge sealing with smooth cutting edge
3. Available to setting the using period of cloth edge according to requirement of user.
4. Mark pen and laser automatic switching, complete the whole process of punching, marking and cutting in one step.
5. Intelligent graphics design and nesting software, simple operation, available for cutting any shapes.
6. Vacuum adsorption working table, perfectly solve the problem of warping cloth edges.
7. Stainless steel conveyor belt, with automatic continuous feeding and collecting systems, high efficiency.
8. Fully enclosed structure to ensure the cutting dust does not leak, suitable for operation in intensive production plants.
Filter Cloth Laser Cutting Machine in Customer’s Factory
Adhering to your principle of "quality, assistance, performance and growth", we have now gained trusts and praises from domestic and international customer for , The product will supply to all over the world, such as: Madrid, Seattle, Argentina, We insist on "Quality First, Reputation First and Customer First". We are committed to providing high-quality products and good after-sales services. Up to now, our products have been exported to more than 60 countries and areas around the world, such as America, Australia and Europe. We enjoy a high reputation at home and abroad. Always persisting in the principle of "Credit, Customer and Quality", we expect cooperation with people in all walks of life for mutual benefits.