In the manufacturing of switchgear, power distribution cabinets, transformers, and new energy equipment, busbars usually require multiple machining processes, including shearing, punching, and bending. Traditional processing methods require several separate machines to complete these operations, which not only occupy more production space but also increase labor costs and material handling costs. To solve these challenges, the 3-in-1 Busbar Processing Machine was developed.
Also known as a Busbar Punching, Shearing and Bending Machine, the 3-in-1 Busbar Machine integrates three essential functions — shearing, punching, and bending — into a single unit. Each workstation is equipped with an independent hydraulic drive system, allowing the three processing stations to operate simultaneously or independently according to different production requirements.
By completing multiple busbar machining processes on one machine, the 3-in-1 busbar processing machine provides an efficient and precise solution for copper busbar and aluminum busbar processing. It helps manufacturers improve production efficiency, simplify workflow, and reduce overall operating costs.
The 3-in-1 Busbar Processing Machine is a type of hydraulic busbar processing equipment that integrates three processing units — shearing, punching, and bending — into a single machine through the coordinated operation of the hydraulic drive system and control system.
According to the processing requirements shown in the drawings, operators only need to complete the shearing, punching, and bending processes in sequence on the busbar. Compared with traditional processing methods that require multiple machines, the 3-in-1 Busbar Machine eliminates the need to transfer busbars between different machines, reducing material handling time and improving overall production efficiency.
The complete processing process usually includes the following steps:
Install the corresponding punching dies, bending dies, and shearing blades according to the required busbar processing operations.
The operator places the copper busbar or aluminum busbar on the corresponding processing station according to the required operation.
Adjust the length positioning scale on the working table according to the required cutting length. After setting the length, press the foot switch to complete the shearing process.
Move the cut busbar to the punching station, set the X-axis and Y-axis coordinates on the working table, rotate the die selection disc, select the required punching die, and complete the processing of round holes, oblong holes, or other hole shapes.
The operator selects the bending mode through the touchscreen, sets the required bending angle parameters, positions the bending location using the manual scale, and completes the bending process.
After all processing operations are completed, the finished busbar is inspected for length, hole positions, and bending angles. Once the dimensions meet the drawing requirements, the processed busbar can be sent to the assembly process or the next production stage.
With the increasing requirements for production efficiency, machining accuracy, and cost control in the electrical equipment manufacturing industry, traditional single-station busbar processing methods are no longer able to meet the needs of modern production.
The 3-in-1 Busbar Processing Machine integrates three essential processing functions into one machine, including shearing, punching, and bending. This integrated design not only improves production efficiency and optimizes the manufacturing process but also helps companies reduce overall operating costs and enhance market competitiveness.
3-in-1 Busbar Processing Machine vs. Single-Station Busbar Processing Machine
| Comparison Criteria | 3-in-1 Busbar Processing Machine | Single-station busbar processing machine |
|---|---|---|
| Equipment Configuration | Single unit (shearing, punching, and bending) | Equipped with separate cutting, punching, and bending units |
| Footprint | Small footprint and compact layout | Large footprint; equipment layout is dispersed |
| Material Handling | Eliminates frequent material handling | Requires moving workpieces between multiple machines |
| Equipment Investment | Lower costs with a one-time investment | Higher investment due to the purchase of multiple machines |
| Production Efficiency | Continuous multi-process machining | Lower efficiency caused by frequent switching between machines |
| Machining Precision | Consistent processing with one-time positioning | Prone to errors due to multiple positioning steps |
| Equipment Maintenance | Simplified maintenance for a single machine | Cumbersome maintenance for multiple machines |
| Application Scenarios | Handles small, medium, and large production batches with ease | Suitable for small-batch processing |
Choosing the right busbar processing machine starts with confirming the busbar material and processing requirements. The 3-in-1 Busbar Processing Machine is mainly designed for processing copper busbars and aluminum busbars. Therefore, before selecting a suitable model, customers need to consider the maximum width, maximum thickness, and material type of the busbars they commonly process.
According to different customer requirements, automation levels, and production capacities, Fenghua CNC provides various busbar processing solutions. From standard 3-in-1 Busbar Processing Machines to CNC Busbar Processing Machines, customers can select the most suitable model based on their processing requirements, busbar specifications, and production efficiency needs.
As a professional busbar processing machine manufacturer, Fenghua produces three standard models of 3-in-1 busbar processing machines, including the 303, 503, and 803 series. The detailed specifications of each model are shown below:
Our 3-in-1 Busbar Processing Machine Series:
As a professional busbar processing machine manufacturer, Fenghua provides three standard models of 3-in-1 Busbar Processing Machines, including the 303, 503, and 803 series. The detailed parameters of each model are shown below.
Detailed parameter comparison table for three standard models of 3-in-1 busbar processing machines:
| Parameter | MX-303KSSK/MX-303BSSK | MX-503BSSK | MX-803BSSK |
|---|---|---|---|
| Maximum punching force | 400KN | 500KN | 800KN |
| Punching diameter range | φ4.3-φ34mm | φ4.3-φ34mm | φ4.3-φ34mm |
| Maximum punching width/thickness | 160MM/16mm | 260MM/16mm | 300MM/20mm |
| Number of punching stations | 6-station | 6-station | 6-station |
| Maximum bending force | 400KN | 500KN | 800KN |
| Maximum bending width/thickness | 160MM/16mm | 260MM/16mm | 300MM/20mm |
| Bending accuracy tolerance | ±0.2° | ±0.2° | ±0.2° |
| Maximum shearing force | 400KN | 500KN | 800KN |
| Maximum shearing width/thickness | 160MM/16mm | 260MM/16mm | 300MM/20mm |
| PLC system | Siemens | Siemens | Siemens |
| Motor power | 3×4 KW | 3×5.5 KW | 3×7.5 KW |
| Standard operating voltage | 380V 50Hz | 380V 50Hz | 380V 50Hz |
| Overall dimensions | 1780mm×1400mm×1400mm | 1920mm×1560mm×1450mm | 2060mm×1620mm×1680mm |
| Machine weight | 1.5T | 1.9T | 2.3T |
| Operating language | Chinese/English | Chinese/English | Chinese/English |
Tips:
Choosing the right 3-in-1 Busbar Processing Machine requires more than just considering the equipment specifications. It is also important to ensure that the machine can meet both current and future production requirements. If you expect your orders to increase in the future or need to process more busbar sizes, it is recommended to choose a machine with higher processing capacity and better expandability. This can help reduce the cost of replacing equipment in the future due to insufficient machine performance.
A stable, reliable, and easy-to-operate busbar processing machine with suitable processing capacity can not only improve production efficiency but also reduce labor costs.
The standard dies equipped with the machine include: 4 sets of bending dies, 1 set of embossing die, 8 sets of punching dies, and 1 set of shearing die.
Die List:
1. Bending Dies:Small flat bending die (R3), large flat bending die (R5), horizontal bending die (R80 or R50), U-shaped bending die
2. Punching Dies:Φ7, Φ9, Φ11, Φ13, Φ17, Φ21, Φ13×18, Φ17×21
3. Shearing Die:1 set
4. Embossing Die:1 set
Other Standard Accessories:
1 relay, 1 proximity switch, 1 punch pin, 1 laser light, 3 foot switches, 1 sealing ring, 1 oil filling can, 1 lubrication can, and 1 hex wrench.
Note:
The above are the standard dies and accessories for the 3-in-1 Busbar Processing Machine. Before shipment, the punching die specifications can be adjusted according to the actual processing requirements.
In addition to the standard dies mentioned above, we can also provide customized dies, including twist dies, terminal pressing dies, no-mark dies, one-time forming dies, rounded corner dies, and other customized processing dies.
If you need customized dies according to your requirements, you can send the busbar processing die drawings to our technical engineers via email or WhatsApp. We will manufacture the busbar dies according to your specific requirements.
Real Machine Photos of Busbar Processing Cases by 3-in-1 Busbar Processing Machine

Round Hole

Oblong Hole

Chamfering

Arc Processing

L-Shaped Bending

U-Shaped Bending

Z-Shaped Bending

Cutting

Embossing

Edgewise Bending

Twist Bending

Terminal Pressing
The 3-in-1 Busbar Processing Machine is mainly used for processing copper busbars and aluminum busbars.
Copper Busbar:
Copper busbars have excellent electrical conductivity and mechanical strength, making them one of the most commonly used conductor materials in electrical equipment manufacturing. C110 copper busbars and tinned copper busbars are commonly processed materials.
Aluminum Busbar:
Aluminum busbars are lightweight and cost-effective. They are increasingly used in new energy systems, power transmission and distribution, and large-scale power distribution systems. Aluminum busbars are also one of the commonly processed materials.
From small enterprises to large busbar manufacturers, more and more companies are choosing 3-in-1 Busbar Processing Machines to improve production efficiency and processing accuracy.
Fenghua CNC is a professional 3-in-1 Busbar Processing Machine manufacturer in China. We have standardized machine assembly workshops, precision machining workshops, die manufacturing workshops, and professional inspection stations. From machine frames, steel plates, and hydraulic cylinders to processing dies, all core components are independently manufactured, including material cutting, welding, precision machining, and assembly. With no outsourcing or assembly from third parties, we ensure product quality, delivery time, and after-sales service from the source.
Fenghua CNC has an experienced R&D engineering team covering multiple fields, including hydraulic systems, mechanical design, and CNC software development. With years of technical experience, we continuously optimize machine structures, control systems, and processing technologies to provide customers with more efficient, stable, and intelligent busbar processing equipment.
Fenghua CNC has been serving global manufacturers of high and low voltage switchgear, power distribution cabinets, transformers, and electrical equipment. We provide complete busbar processing solutions according to customers' production requirements. In addition to 3-in-1 Busbar Processing Machines, we also offer CNC busbar processing machines, CNC busbar bending machines, CNC busbar punching and shearing machines,CNC Busbar Chamfering Machine, and double-head busbar bending machines to meet different processing requirements and production scales.
Our products have been exported to more than 30 countries and regions, including Asia, Europe, the Middle East, South America, and Africa. With reliable product quality and comprehensive after-sales service, we have earned the trust and long-term cooperation of customers worldwide.
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