CNC busbar Punching & shearing machine
High-Speed, High-Precision Automated Busbar Processing
Why Choose CNC busbar Punching & Shearing Machine
Designed for automated punching, marking and shearing of copper and aluminum busbars, this CNC busbar processing machine combines high-speed positioning, precise servo control and automatic material handling to improve productivity while reducing manual operations and material waste.
- 80 m/min Positioning Speed
- ±0.2 mm Punching Accuracy
- 6-Axis CNC Control
- Zero Waste Shearing
See the Machine in Action
Designed for automated punching, marking and shearing of copper and aluminum busbars, this CNC busbar processing machine combines high-speed positioning, precise servo control and automatic material handling to improve productivity while reducing manual operations and material waste.
Need to test your own busbar drawing? Send us your drawing and specifications for a processing evaluation.
CNC busbar Punching & Shearing Machine Key Features
Machine configurations can be customized according to busbar dimensions, processing requirements and production capacity. Contact our engineers for detailed specifications and configuration recommendations.
Less Manual Handling
Automatic feeding, positioning, punching and shearing reduce repetitive operator tasks and dependence on manual measurement.
Consistent Processing Accuracy
CNC-controlled positioning helps maintain consistent hole locations, cutting dimensions and processing quality across different production batches.
Higher Production Efficiency
High-speed servo positioning and automatic feeding reduce manual loading and positioning time, allowing more busbars to be processed during each shift.
Beckhoff CNC Control System
The Beckhoff CNC control system provides stable, precise motion control and reliable coordination of feeding, positioning, punching and shearing operations.
Technical Specifications
Explore the key technical specifications of our CNC Busbar Punching & Shearing Machine, including processing capacity, accuracy, speed, control system, and machine configuration.
Model | MX602K-7/8C |
| Nominal pressure | 600KN |
| Maximum machining size | 16*200mm，Customizable（10*250mm） |
| Punching processing range | Φ4.3～35mm |
| Maximum number of molds that can be installed | 8 punch 1 cutt OR 7 punch 1 cutt 1 emboss |
| Maximum travel of X-axis | 2000mm |
| X-axis positioning speed | 75m/min |
| Maximum travel of Y-axis | 960mm |
| Y-axis positioning speed | 35m/min |
| Maximum travel of Z-axis | 310mm |
| Z-axis positioning speed | 35m/min |
| Punching Accuracy | ±0.2mm |
| Positioning | 0. 10/500mm |
| blow speed | 120-150 times/minute |
| Number of CNC axes | 6 axes |
| Machine dimensions (length x width x height) | 10500mmX2900mmX1800mm |
*Machine configurations can be customized according to busbar dimensions, processing requirements and production capacity. Contact our engineers for detailed specifications and configuration recommendations.
Application Industry
The CNC busbar punching and shearing machine is designed for manufacturers that process copper and aluminum busbars in medium- to high-volume production environments.
FREQUENTLY ASKED QUESTIONS
What machining accuracy can the CNC busbar punching and shearing machine achieve?
The specified machine configuration provides the following accuracy values:
Hole-position accuracy: ±0.2 mm
Cut-length accuracy: ±0.2 mm
Cut-face perpendicularity: ±0.2 mm (subject to confirmation of the measurement method)
Burr height and surface scratch limits are not currently specified. These requirements should be evaluated based on the busbar material, tooling condition, and customer acceptance criteria.
Customers with strict dimensional or surface-quality requirements are encouraged to submit drawings and inspection standards for evaluation.
What are the minimum busbar dimensions, minimum finished-part length, and clamping remnant requirements?
The minimum supported busbar cross-section is 3 × 15 mm, and the minimum finished-part length is 50 mm. The unmachinable clamping remnant is 110 mm under the specified machine configuration.
The minimum hole-to-edge distance and hole spacing depend on the tooling geometry, hole diameter, and processing conditions. Please provide your busbar drawings for technical confirmation.
What materials can the machine process?
The machine is designed for processing copper and aluminum busbars. The suitable material dimensions and processing parameters depend on the selected machine configuration and tooling.
What is the maximum busbar size and thickness?
Standard configurations can process busbars up to 16 × 200 mm, with customized configurations available for sizes such as 10 × 250 mm. The final processing capacity should be confirmed according to the required punching and shearing operations.
What operations can this machine perform?
The CNC system can perform automatic feeding, positioning, punching, marking and shearing according to programmed production data. Different tooling can be configured according to the required hole shapes and processing tasks.
Can CAD and SolidWorks drawings be imported directly?
Yes. The control system supports digital production workflows and can import compatible CAD or SolidWorks data, reducing manual programming and helping improve production efficiency.
Can this machine be integrated with a CNC busbar bending machine?
Yes. The punching and shearing machine can be configured as part of a larger automated busbar production solution together with CNC bending and other processing equipment. Integration depends on the required production workflow and automation level.
Do you provide overseas installation and training?
Yes. Leaderfeng provides installation, commissioning, operator training and technical support for overseas projects. Remote technical assistance and ongoing after-sales support are also available after installation.
READY TO IMPROVE YOUR BUSBAR PRODUCTION?
