Laser Cutting Fiber-reinforced Material
How to cut carbon fiber cloth?
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Laser Cutting Carbon Fiber Fabric
— Cordura® fabric mat
a. High tensile strength
b. High density & tough
c. Abrasion-resistance & durable
◀ Material Properties
Any question to laser cut carbon fiber?
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Recommended Industrial Fabric Cutter Machine
• Laser Power: 100W / 130W / 150W
• Working Area: 1600mm * 1000 (62.9” * 39.3 ”)
• Laser Power: 100W / 150W / 300W
• Working Area: 1800mm * 1000 (70.9” * 39.3 ”)
• Laser Power: 150W / 300W / 500W
• Working Area: 2500mm * 3000 (98.4’’ *118’’)
It's necessary to choose the carbon fiber cutter machine based on the material width, cutting pattern size, material properties, and many other factors. It will help us to confirm the machine size, then a production estimate can help us determine the machine configuration.
Benefits from Laser Cutting Fiber-reinforced Material
Clean & smooth edge
Flexible shape cutting
Multi-thickness cutting
✔ CNC precise cutting and fine incision
✔ Clean and smooth edge with thermal processing
✔ Flexible cutting in all directions
✔ No cutting residue or dust
✔ Advantages from non-contact cutting
- No tool wear
- No material damage
- No friction and dust
- No need material fixation
How to machine carbon fiber is definitely the most frequently asked question for most factories. A CNC Laser Plotter is a great helper for cutting carbon fiber sheets. Besides cutting carbon fiber with a laser, laser engraving carbon fiber is also an option. Especially for industrial production, a laser marking machine is essential to create serial numbers, product labels, and much other necessary information on the material.
Auto Nesting Software for Laser Cutting
It's evident that AutoNesting, especially in laser cutting software, offers significant advantages in terms of automation, cost savings, and enhanced production efficiency for mass production. In co-linear cutting, the laser cutter can efficiently complete multiple graphics with the same edge, particularly beneficial for straight lines and curves. The user-friendly interface of nesting software, reminiscent of AutoCAD, ensures accessibility for users, including beginners.
The result is a highly efficient production process that not only saves time but also reduces expenses, making auto nesting in laser cutting a valuable tool for manufacturers seeking optimal performance in mass production scenarios.
Laser Cutter with Extension Table
Discover the magic of continuous cutting for roll fabric (roll fabric laser cutting), seamlessly collecting the finished pieces on the extension table. Witness the extraordinary time-saving capabilities that redefine your approach to fabric laser cutting. Aspire for an upgrade to your textile laser cutter?
Enter the scene—the two-head laser cutter with an extension table, a powerful ally for elevated efficiency. Unleash the potential to effortlessly handle ultra-long fabrics, including patterns extending beyond the working table. Elevate your fabric-cutting endeavors with precision, speed, and the unparalleled convenience of our industrial fabric laser cutter.
Typical applications for Laser Cutting Fiber-reinforced Material
• Blanket
• Bulletproof armor
• Thermal insulation production
• Medical and sanitary articles
• Special work clothes
Material information of Laser Cutting Fiber-reinforced Material
Fiber-reinforced material is one kind of composite material. Common fiber types are glass fiber, carbon fiber, aramid, and basalt fiber. In addition, there are also paper, wood, asbestos, and other materials as fibers.
Various materials in the performance of each other to complement each other, synergistic effect, so that the fiber-reinforced material's comprehensive performance is better than the original composition material to meet various requirements. Fiber composites used in modern times have good mechanical properties, such as high strength.
Fiber-reinforced materials are widely used in aviation, automotive, shipbuilding, and construction industries, as well as in bulletproof armor, etc.