A hydraulic busbar machine is a type of equipment that uses a hydraulic system to drive oil cylinders, providing power for cutting, punching, bending, embossing, and chamfering copper and aluminum busbars.

Hydraulic drive offers stable performance, a low failure rate, and excellent cost-effectiveness. It is widely used by switchgear manufacturers and distribution cabinet manufacturers for busbar processing.

Depending on the machine configuration, a hydraulic busbar machine can perform a variety of busbar 

 operations, mainly including cutting, punching, and bending, as well as auxiliary processes such as chamfering and embossing.

Busbar Shearing

A hydraulic busbar machine uses a hydraulic system to drive the shearing unit, cutting copper and aluminum busbars to the required lengths. Compared with traditional processing methods, Fenghua hydraulic busbar processing machines offer fast cutting speeds and clean, flat cuts, meeting the shearing requirements of different busbar specifications.

Busbar Punching

A hydraulic busbar machine uses dies of different sizes and shapes to punch the required mounting holes in busbars.

Common hole types include round holes, oval holes, square holes, and specially shaped holes.

Punching is mainly used to create connection holes for busbars that connect to circuit breakers, wiring terminals, and other electrical components. By changing the dies, the machine can meet the punching requirements of different busbar specifications.

Busbar Bending

A hydraulic busbar machine uses hydraulic pressure to bend busbars to the required angles.

Common bending types include flat bending, edgewise bending, U-shaped bending, and Z-shaped bending.

Bending allows busbars to be formed into different angles and shapes to fit the internal layouts of switchgear cabinets and energy storage cabinets.

Busbar Chamfering, Embossing, and Other Operations

Busbar chamfering removes burrs from the edges, creating a smoother finish and helping improve safety during installation.

Busbar embossing can improve the contact conditions at connection points to meet the processing requirements of different electrical equipment.

Punching dies and bending dies can be customized according to customer requirements. If you have specific processing drawings, you can send them to our technical team ,We will design and manufacture the dies according to your needs.

A hydraulic busbar machine generates processing power through a hydraulic system. Hydraulic cylinders drive different processing units to perform operations such as busbar shearing, punching, and bending.

During operation, the motor drives the hydraulic pump to deliver hydraulic oil, while control valves regulate the operating conditions of the hydraulic system. Driven by the hydraulic cylinders, the machine operates the corresponding shearing tools, punching dies, and bending mechanisms to complete different processing operations.

Shearing Station The hydraulic system drives the shearing tools to achieve fast and efficient busbar cutting.

Punching Station A hydraulic punch and corresponding dies are used to produce round holes, oval holes, square holes, and specially shaped holes in busbars.

Bending Station The hydraulic system drives the cylinders and works with a Siemens PLC control system to control bending angles, enabling flat bending, edgewise bending, and other bending operations.

Hydraulic drive offers stable output pressure and reliable operation, meeting the processing requirements of busbars in different specifications.

Three-in-One Design with Three Independent Workstations

One machine can perform busbar shearing, punching, and bending, reducing the need to purchase multiple machines and saving production space. Meanwhile, arranging operations across different workstations efficiently helps reduce repeated handling of busbars during processing and improves production efficiency.

Hydraulic Drive for Stable Power Output

The hydraulic system provides stable processing power, helping improve the processing efficiency of copper and aluminum busbars while ensuring reliable machine operation.

Supports Busbar Processing in Multiple Specifications

A hydraulic busbar machine allows operators to change punching and bending dies according to production requirements, accommodating busbars of different sizes and meeting the diverse production needs of different customers.

Good Expandability and Customization Options

Hydraulic busbar machines can be equipped with customized dies according to customer requirements. For companies seeking a higher level of automation, upgrading to a CNC busbar processing machine with an automatic positioning system can also be considered based on the machine configuration and future production needs, helping improve the overall level of automation.

●High- and Low-Voltage Switchgear Manufacturing

Conductive busbars are used for electrical connections inside switchgear cabinets. During production, manufacturers need to cut, punch, and bend copper and aluminum busbars. Therefore, hydraulic busbar machines are commonly used in electrical equipment manufacturing.

●Distribution Box and Control Cabinet Manufacturing

Distribution boxes, control cabinets, and outdoor box-type substations use copper busbars for internal electrical connections. Hydraulic busbar machines are suitable for busbar processing requirements involving multiple batches and different specifications.

●New Energy and Energy Storage Industry

With the development of the new energy industry, demand for busbar processing in energy storage cabinets, photovoltaic equipment, and other related products continues to grow. Hydraulic busbar processing machines can process the copper and aluminum busbars used in these applications to meet internal electrical connection requirements.

⬤Hydraulic busbar machines can be used to process both copper and aluminum busbars. The industries mentioned above often involve multiple specifications and small-to-medium production batches. With their cost-effectiveness and relatively simple operation, hydraulic busbar processing machines are a suitable choice for businesses with these production needs.

When choosing a hydraulic busbar machine, businesses should evaluate their options based on their actual production requirements.

First, determine the processing range for copper and aluminum busbars, including the maximum processing width and thickness, as well as the machine's punching and bending capabilities. This helps ensure that the machine can meet actual production requirements.

Next, check whether the machine configuration meets current production needs. In addition to shearing, punching, and bending, consider whether the machine supports other processing operations, whether customized dies are available, and whether it can accommodate special processing requirements.

When selecting a hydraulic busbar machine, businesses should consider not only the technical specifications but also the machine configuration, operational stability, component quality, and the manufacturer's after-sales service.

What Types of Factories Are Hydraulic Busbar Machines Suitable For?

Hydraulic busbar processing machines are suitable for manufacturers of switchgear cabinets, distribution boxes, energy storage cabinets, photovoltaic combiner boxes, and busduct systems. They can process copper and aluminum busbars used in the production of these electrical products.

Do the Dies of a Hydraulic Busbar Processing Machine Wear Out Easily?

Die wear depends on the die material, processing load, frequency of use, and maintenance practices. Choosing suitable alloy steel dies and following proper operating and maintenance procedures can help reduce wear. For long-term, high-volume production, regular die inspections and timely replacement when necessary are recommended.

Can the Operating Pressure of a Hydraulic Busbar Machine Be Adjusted?

Whether the operating pressure can be adjusted depends on the specific machine configuration. For models equipped with hydraulic pressure adjustment, the pressure can be set within the machine's specified operating range according to the processing requirements of copper and aluminum busbars.

What Materials and Processing Operations Can a Hydraulic Busbar Machine Handle?

Hydraulic busbar processing machines are primarily used for processing copper and aluminum busbars. Depending on the machine configuration and dies, they can perform various operations, including shearing, punching, bending, chamfering, embossing, flattening, twisting, and cable lug crimping.

How Many Touchscreens Does a Hydraulic Busbar Machine Have? Does It Support Program Memory?

The touchscreen configuration of a standard three-in-one hydraulic busbar processing machine depends on the specific model. For Fenghua's standard models, the touchscreen is located at the bending station and supports processing program memory.

When processing busbars with the same specifications, operators can directly retrieve saved programs, reducing repeated parameter settings and improving operational efficiency.

▶➤Conclusion

A hydraulic busbar machine is a practical solution for processing copper and aluminum busbars. It can perform shearing, punching, bending, and other auxiliary operations, and is widely used in the manufacturing of switchgear cabinets, distribution boxes, and new energy equipment.

When purchasing a hydraulic busbar machine, overseas businesses should comprehensively evaluate factors such as busbar processing range, machine configuration, die requirements, production efficiency, and after-sales service to select a machine that best meets their actual production needs.