Numerical Control Bus Bar Punching and Shearing Machine

JHCNC- BPThe series of CNC busbar punching and shearing machines are high-efficiency, high-precision specialized equipment for busbar processing controlled by computers; punching dies, shearing dies, and embossing dies are centrally stored in the mold library; capable of performing various processing techniques such as punching (round holes, oval holes, etc.), embossing, cutting slots, and rounding corners; for longer busbars, it can automatically switch clamps without manual intervention. The processed workpieces are automatically conveyed out by a conveyor belt; this series of machines can be used with CNC busbar bending machines to form a busbar processing assembly line.

　　1、JH3DProgramming Software: The equipment配套 software is a dedicated auxiliary design software developed by our company.G3D), internet-connected for automated programming. This software was the first to apply 3D graphic technology to busbar processing, and this technology is at the forefront internationally.-The software operates conveniently and quickly, providing intuitive and 3D displays of copper strip processing shapes. It accurately calculates the precise positions for punching, shearing, and bending workpieces, automatically generates machine codes, reduces the time for manual code creation, and eliminates the possibility of errors in manual coding. The software demonstrates the entire process of punching, shearing, and bending, preventing material waste caused by manual code input errors.

　　2Main and auxiliary clamps: one-time fixtureXAxle Maximum Travel2000mmEmploying both main and auxiliary clamping sets working simultaneously, it reduces the quality requirements for the flatness and lateral curvature of the busbar, enhancing processing accuracy: During the processing, it achieves automatic clamping of the busbar, saving labor, and improving processing efficiency and accuracy.

　　3Quick Material Removal Belt: Utilize stainless steel material removal belts to remove workpieces after processing, enhancing efficiency and ensuring no wear on the processed parts.

　　4Touchscreen: User-friendly interface, simple operation, real-time reflection of program running status, with the function to display equipment alarm information, and allows easy setting of mold parameters and operation of equipment.

　　5High-speed Operation System: The machine employs high-precision ball screws and linear guides, ensuring high accuracy and efficiency. The components used are from internationally renowned brands, offering long service life and guaranteed quality.

　　6Mold Library: Equipped with multiple mold stations (including cutting molds, embossing molds, and punching molds), utilizes a full-size shear, enabling a single operation to cut strips, enhancing processing precision, verticality of the section, and efficiency. Features a dedicated embossing mold with a large pressing area, increasing the contact area of the strip to improve efficiency. Mold disassembly and installation are simple, safe, and reliable, facilitating mold changes. This ensures high production efficiency during frequent mold changes. The molds used meet precision and performance requirements, with an impact count of ≤510,000 times.