Efficient CNC Copper and Aluminum Busbar Fabricator
Product Description
The Automatic CNC Copper Busbar Fabrication Machine integrates three core processing units: punching, shearing/cutting, and bending.
Detailed Photos
The punching unit is designed to create various shaped holes on copper busbars, meeting the diverse connection and installation requirements of electrical equipment. The shearing/cutting unit ensures precise length cutting of copper busbars, adapting to different project specifications.
The bending unit can shape copper busbars into specific angles and configurations, catering to the spatial layout needs of electrical installations.
This machine boasts high automation, high precision, and strong adaptability, widely applied in power systems, electrical manufacturing, rail transit, and construction engineering.
It enhances the production efficiency and quality of copper busbars, reduces labor intensity and production costs, and plays a crucial role in advancing electrical processing technology and improving the safety and reliability of electrical systems.
Product Parameters
| Function |
Model |
JPSK-4A-303NC |
JPSK-4A-503NC |
| Punching |
Max. punching force (Kn) |
300 |
500 |
| Max. punching diameter range (mm) |
4.3-25 |
4.3-30 |
| Max. thickness (mm) |
12 |
16 |
| Max. width (mm) |
160 |
200 |
| Cutting |
Max. cutting thickness (mm) |
12 |
16 |
| Max. width (mm) |
160 |
200 |
| Horizontal bending |
Max. bending force (Kn) |
300 |
500 |
| Max. thickness (mm) |
12 |
16 |
| Max. width (mm) |
160 |
200 |
| Vertical bending |
Max. thickness (mm) |
10 |
10 |
| Max. width (mm) |
100 |
120 |
| Min angle (degree) |
90° |
90° |
| Power |
kw |
3×4kw |
3×5.5kw |
| Bending precision |
Bending precision |
±1° |
±1° |
| Repeat bending precision |
±0.5° |
±0.5° |
| Out dimension |
mm |
1850×1650×1340 |
2015×1815×1420 |
| Weight |
kg |
1500 |
1900 |
Packaging & Shipping
Packaging process for CNC busbar processing machines before shipment:
Organization and Storage: Sort and package punching and bending molds with bubble wrap, and store them properly in the machine's tool box or designated areas.
Oil Coating: Apply rust inhibitor oil to moving parts, work surfaces, and components to prevent rust caused by moisture.
Oil Paper Coverage: Cover the equipment with oil paper to protect it from moisture and dust during transport and storage.
Waterproof Wrapping: Wrap the equipment in waterproof plastic film to prevent water ingress and ensure safe transport.
Plywood Box Packaging: Place the wrapped equipment in a specially designed export plywood box, which is sturdy enough to handle the equipment's weight and protect it from impacts and vibrations. The box is filled with cushioning materials like foam or cardboard to minimize movement.
Securing: Secure the equipment inside the plywood box with straps to prevent shifting during transport.
External Marking: Label the plywood box with information like "Forklift Position" to guide port workers in handling and transporting the equipment correctly.
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