Busbar 3in1 Machines

# Parameter Description

1. Basic specifications
In terms of the workbench size, the first layer is 1888×1350×20mm, and the second layer is 600×360×60mm. The whole machine weighs 1380kg and has a solid and stable body.
2. Powerful: 3 4kW motors, 12kW total power, 31.5Mpa oil pressure, 380V voltage drive.
Intelligent and precise: PLC + CNC bending angle control, processing accuracy and efficiency are both improved.
All-round processing: specializing in copper/aluminum, 15mm thick, 350mm wide materials
Punching unit: supports single shear mode, can process 15×160mm specifications; flat bending processing size is 15×160mm; vertical bending can achieve 10×100mm specifications.

# Upgraded appearance safety
The newly upgraded busbar 3in1 machines has added a striking protective yellow shell on the appearance, accompanied by clear warning signs, which not only enhances the recognition of the equipment, but also plays a good safety warning role, effectively reminding operators to pay attention to safety and building a solid safety defense line for production and processing.

# New Experience of Intelligent Systems
Equipped with an upgraded PLC numerical control system, the operation of the equipment is more precise and convenient. The bending function has been completely optimized, divided into two modes: extreme bending and angle bending. Among them, angle bending includes six common bending methods, which can meet different processing needs. Whether it is simple straight bending or complex multi angle bending, it can be easily handled, providing more flexibility and possibilities for busbar processing.
Efficient and convenient new breakthrough
Each bending scheme supports the function of storing drawing parameters, which greatly improves work efficiency with this thoughtful design. When processing drawings with the same parameters, there is no need to recalculate and input parameters. Simply call the last stored bending parameters to quickly start the machining process, saving a lot of time and effort and making repetitive machining easy and efficient.

# DSMX-303ESK-B CNC busbar cutting unit
In the electrical manufacturing fields such as high and low voltage switchgear and substations, the efficiency and quality of copper busbar processing are crucial.
1. High-precision processing, no burrs on the surface
The flat blade shearing process is adopted to ensure that the surface of the copper busbar is flat and burr-free after shearing
2. Waste-free production, cost reduction and efficiency improvement
Innovative technology achieves zero waste in shearing, greatly improves material utilization, and effectively reduces production costs and enhances the market competitiveness of enterprises with long-term use.
3. Stable structure, durable and reliable
The overall structural design of the double column ensures that the shearing unit does not deform during high-intensity operation, runs smoothly, has low wear, extends equipment life, and reduces maintenance costs.

# Punching unit analysis
Equipped with a six-mode gear disc and a wide field of view design, it is flexible to operate and clear to observe.
Three punching positioning methods accurately adapt to various needs:
1. Axis positioning: relying on the axis reference to achieve stable and reliable positioning effect
2. Punch needle positioning: through direct calibration of the punch needle, the positioning response is fast
3. Laser positioning: using laser marking technology, the positioning accuracy is better
Punching capacity parameters: thickness × width can reach 16×250mm, meeting the punching processing needs of various materials

# Bending unit analysis
As the core functional module of the equipment, the bending unit can realize the precise bending processing of the sample by installing the matching mold and combining the parameter setting of the human-machine interaction interface. The specific operation process is as follows:
1. Conventional bending operation
The bending unit equipped with the equipment can quickly install the mold of the corresponding specifications. The operator inputs the target bending angle parameters through the touch screen interface. The system will automatically generate a matching processing program to drive the bending mechanism to complete the precise bending and forming of the sample.
2. Special curvature processing instructions
Due to the specifications and models of existing molds, when the processing requirements involve unconventional angles (such as special arcs, acute angles or obtuse angles that exceed the standard bending range of the mold), the existing molds may not be able to fully meet the processing requirements. At this time, please contact the equipment manufacturer in time to provide specific curvature parameters and processing requirements, and the professional technical team will customize the exclusive mold.