Description
When precision and efficiency are paramount in cutting carbon fiber, a CNC digital knife cutter is the ideal tool. This advanced technology ensures clean, accurate cuts that meet your exact specifications.
Prepreg Fiberglass Carbon Fiber Cutting Machine Video
Technical Data Sheet of Prepreg Fiberglass Carbon Fiber Cutting Machine
| Model | ZX-1625V | ZX-1630V | ZX-1830V |
|---|---|---|---|
| Working Area | 1600*2500mm | 1600*3000mm | 1800*3000mm |
| Cutting Thickness | 0.1mm-40mm | Max. Cutting Speed | 1200mm/s |
| Cutting Tolerance | ±0.1mm | Supported Format | DXF, PLT |
| Transmission Interface | Ethernet | Fixed Mode | Vacuum Absorb |
| Recommended Configuration | Cutting Tools | Function | Cutting |
| Materials Available For Cutting | Carbon Fiber, Fiber Glass, Prepreg Material, etc. | ||
Cutting Tools For Prepreg Fiberglass Carbon Fiber Cutting Machine
Oscillating Knife
Pneumatic Knife
Rotary Knife
End Products Assisted By Prepreg Fiberglass Carbon Fiber Cutting Machine
Prepreg Fiberglass Carbon Fiber Cutting Machine Details
New modular tool holder design
Installing tools much more easier, when customers increase product categories, customers only need to buy new needed tools.Provide convenience for customers to upgrade products.Compatible tools: oscillating knife cutting tool, round knife cutting tool, creasing tool, pneumatic knife cutting tool, kiss cutting tool, ect..
High precision aviation aluminum countertops
With the unique inner part of the wind structure, to ensure that each area of the platform suction even, more powerful suction.
Infrared Sensing Safety Device
Horizontal and vertical anti-collision protection is used to guarantee no blind angle is left uncovered. This will effectively protect operator’s safety.
Pinion and rack
The equipment adopts rack and pinion transmission compared with belt transmission, which has large bearing capacity, high transmission accuracy, fast transmission speed and long service life.
Distribution box
The CNC cutting machine fixes the control electrical box on the fuselage to avoid separation and cause line failure. All lines use high-flexibility cables, which have good wear resistance, moisture resistance, cold resistance and high temperature resistance.
Lathe bed structure
The whole machine adopts 5mm thick square tube, overall welding process, imported milling machine processing, to ensure the smoothness of the guide rail surface and rack surface, greatly improve the stability of the machine running time body.
Table Cloth
High-density felt can offer great maintien for material ensure each positioning is tightly fitted and protect the flatbed while cutting.
Panasonic Servo motor
Stable performance, high precision, low failure rate, high speed performance.
How to Cut Carbon Fiber with a Prepreg Fiberglass Carbon Fiber Cutting Machine?
Prepare the CNC Machine
- Load the appropriate cutting tool into the CNC machine, ensuring it’s clean and in good condition.
- Set up the computer that controls the CNC machine, ensuring the software is ready to receive your design.
Measure and Design
- Measure the dimensions you need for your carbon fiber using a measuring tape.
- Use CAD software to design the cutting pattern or shape based on your measurements. Create a digital file of your design.
Program the CNC Machine
- Upload the digital design file to the CNC machine’s control software.
- Configure the cutting parameters, such as cutting depth and speed, to match the carbon fiber material and thickness.
Secure the Carbon Fiber
- Place the carbon fiber securely on the CNC machine’s cutting table. Ensure it’s flat and firmly positioned to prevent any movement during cutting.
- If necessary, use adhesive or clamps to hold the panel in place.
Begin Cutting
- Start the CNC machine and initiate the cutting process. The machine will follow the programmed design, cutting the acoustic panel with precision.
- Monitor the machine during the cutting process to ensure everything runs smoothly and that the panel is cut according to your design.
Quality Check
- After the CNC machine completes the cutting process, carefully inspect the cut edges of the carbon fiber. They should be clean, smooth, and free from any imperfections.
- Remove any remaining debris or loose particles from the panel’s surface.
With your precisely cut acoustic panels ready, proceed to install them on the walls or surfaces where sound control is needed. Follow the installation guidelines specific to your acoustic panels and the project requirements. Using a CNC digital knife cutter ensures not only accurate cuts but also consistency and efficiency in producing acoustic panels for walls. Whether it’s for a home theater, recording studio, or office space, this method ensures your soundproofing solutions are tailored to perfection.
