Laser Cutting Non-Woven Fabric
Professional and qualified textile laser cutter for Non-Woven Fabric
The many uses of Non-woven fabric can be classified into 3 categories: disposable products, durable consumer goods, and industrial materials. General applications include medical personal protective equipment (PPE), furniture upholstery and padding, surgical and industrial masks, filters, insulation, and many others. The market for non-woven products has experienced tremendous growth and has potential for more. Fabric Laser Cutter is the most suitable tool to cut non-woven fabric. In particular, the non-contact processing of the laser beam and its related non-deformation laser cutting and high precision are the most critical features of the application.
Video glance for Laser Cutting Non-woven Fabric
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Filter Cloth Laser Cutting
—— non-woven fabric
a. Import the cutting graphics
b. Dual heads laser cutting with more high efficiency
c. Auto-collecting with with extention table
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Recommended Non-Woven Roll Cutting Machine
• Laser Power: 100W / 130W / 150W
• Working Area: 1600mm * 1000mm (62.9” * 39.3 ”)
• Laser Power: 100W / 150W / 300W
• Cutting Area: 1600mm * 1000mm (62.9’’ *39.3’’)
• Collecting Area: 1600mm * 500mm (62.9’’ *19.7’’)
• Laser Power: 150W / 300W / 500W
• Working Area: 1600mm * 3000mm (62.9’’ *118’’)
Laser Cutter with Extension Table
Consider the CO2 laser cutter with an extension table a more efficient and time-saving approach to fabric cutting. Our video unveils the prowess of the 1610 fabric laser cutter, seamlessly achieving continuous cutting of roll fabric while efficiently collecting the finished pieces on the extension table—significantly saving time in the process.
For those aiming to upgrade their textile laser cutter with an extended budget, the two-head laser cutter with an extension table emerges as a valuable ally. Beyond heightened efficiency, the industrial fabric laser cutter accommodates ultra-long fabrics, making it ideal for patterns exceeding the working table's length.
Auto Nesting Software for Laser Cutting
The laser nesting software revolutionizes your design process by automating the nesting of design files, a game-changer in material utilization. The prowess of co-linear cutting, seamlessly saving material and minimizing waste, takes center stage. Picture this: the laser cutter adeptly completes multiple graphics with the same edge, whether it's straight lines or intricate curves.
The software's user-friendly interface, reminiscent of AutoCAD, ensures accessibility for both seasoned users and beginners alike. Paired with the non-contact and precise cutting advantages, laser cutting with auto nesting transforms production into a super-efficient and cost-effective endeavor, setting the stage for unparalleled efficiency and savings.
Benefits from Laser Cutting Non-Woven Sheet
✔ Flexible cutting
Irregular graphic designs can be easily cut
✔ Contactless cutting
Sensitive surfaces or coatings will not be damaged
✔ Precise cutting
Designs with small corners can be accurately cut
✔ Thermal processing
The cutting edges can be well sealed after laser cut
✔ Zero tool wear
Compared with knife tools, laser always keeps "sharp" and maintains the cutting quality
✔ Cleaning cutting
No material residue on the cut surface, no need for secondary cleaning processing
Typical applications for Laser Cutting Non-woven Fabric
• Surgical gown
• Filter Fabric
• HEPA
• Mail envelope
• Waterproof cloth
• Aviation wipes
What is non-woven?
Non-woven fabrics are fabric-like materials made of short fibers (short fibers) and long fibers (continuous long fibers) bonded together through chemical, mechanical, thermal, or solvent treatment. Nonwoven fabrics are engineered fabrics that may be single-use, have a limited life or be very durable, which provide specific functions, such as absorption, liquid repellency, resilience, stretchability, flexibility, strength, flame retardancy, washability, cushioning, heat insulation, sound insulation, filtration, and use as Bacterial barrier and sterility. These characteristics are usually combined to create a fabric suitable for a specific job while achieving a good balance between product life and cost.