The future development trend of busbar processing machine

The multifunctional CNC busbar processing machine is mainly suitable for the manufacturing industry of high and low voltage switchgear and transformers, and is used to process various specifications of copper and aluminum busbars. Users can perform punching, cutting, and folding of busbars separately on the corresponding processing units, resulting in high production efficiency. The bending unit of the CNC busbar processing machine adopts CNC method and has memory function; Users can input processing data in advance, and the system retrieves the data for processing based on the input information; The on-site data of processed workpieces can be stored in the system at any time and retrieved for reuse; Users can choose the current coordinate value according to the thickness and required bending angle at any time, and then perform flat or vertical bending processing. The CNC busbar punching and cutting machine is a high-efficiency and high-precision busbar processing specialized equipment controlled by a computer. It is a highly automated, accurately positioned, and easy to use busbar production line that perfectly combines automatic feeding, automatic positioning, automatic clamping, automatic punching, automatic displacement, and automatic cutting. It is widely used in industries such as high and low voltage switchgear, transformer manufacturing, box type substations, and busbar trunking, and is used for automated processing of various specifications of copper and aluminum busbar. The machine does not require manual intervention during the processing, and has the advantages of fast processing speed and high accuracy.

The development of numerical control technology is expanding into a wider range of fields. Many busbar processing equipment are developing towards the trend of intelligence, openness, and networking. The goal of the development of numerical control technology is to continuously improve its intelligence and digitization. In the field of mechanical production in our country, the level of numerical control technology must be continuously improved in order to meet the needs of social and economic development and adapt to the trends of the times.