**XB0152 MICRO COMPUTER BELT CUTTING MACHINE**
**Product Details:**
- **Model Number:** XB0152
- **Power Supply:** Electric
- **Machine Type:** Micro Computer Belt Cutting Machine
- **Control System:** Micro-Computer Numerical Control
- **Cutting Width:** 1 - 100 mm
- **Trademark:** SOGU
- **Certification:** CE
- **HS Code:** 33039609
- **Condition:** New
- **Function:** Producing Vamps, Colorful Belts, Nylon Belts, and Other Similar Items
- **Cutting Length:** 0.1 - 9999.9 mm
- **Net Weight / Gross Weight:** 34 kg / 50 kg
- **Packaging:** Wooden Case
- **Origin:** Wenzhou, Zhejiang, China
**Description:**
The XB0152 Micro Computer Belt Cutting Machine is an advanced solution designed for precision cutting of various types of belts, including colorful belts, nylon belts, and more. It is ideal for sizing and cutting applications in the footwear and accessory manufacturing industries.
This machine features a micro-computer numerical control system that allows users to set and adjust the cutting length with high accuracy. The cutting knife is equipped with a heating device, which helps in sealing the edges of braided belts, preventing fraying and ensuring a clean finish.
Key advantages include time and labor savings, as well as a low waste rate. The machine is built for efficiency and reliability, making it a valuable asset for manufacturers looking to streamline their production processes.
**Important Notes for Operation:**
1. When moving the workbench or spindle, ensure the speed is appropriate for the distance and material being handled. Avoid collisions by not moving too fast.
2. When programming, choose the correct processing technology and route based on the actual conditions to prevent issues such as insufficient scrap or premature cutting.
3. Confirm that the wire cutting program and compensation amount are accurate before starting.
4. Check the tension of the wire electrode. During taper cutting, reduce the tension to about half of the normal level.
5. Ensure the feeding speed of the wire electrode is suitable for the job.
6. Choose whether to use open or closed machining based on the workpiece. Keep the nozzle as close to the workpiece as possible (typically 0.05 - 0.1 mm) to avoid interference.
7. Check if the jet pressure is reasonable—use high pressure during rough machining and low pressure during finishing.
8. Monitor the cutting process carefully. If any instability is detected, make adjustments promptly.
9. Regularly check the cutting condition and address any problems immediately during operation.
**Technical Specifications:**
| Feature | Specification |
|------------------|------------------------|
| Cutting Length | 0.1 - 9999.9 mm |
| Cutting Width | 1 - 100 mm |
| Power | 3/4 hp |
| Voltage | 100V / 220V |
| Net Weight | 34 kg |
| Gross Weight | 50 kg |
| Dimensions | 500 × 450 × 450 mm |
This machine is designed for both small-scale and large-scale production, offering flexibility, precision, and durability. Whether you're producing belts for shoes, fashion accessories, or industrial use, the XB0152 is a reliable and efficient choice.
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