As a leading provider of motion control solutions in China, Weihong CNC Systems plays a crucial role in the automotive sheet metal processing sector, delivering advanced technological support for the high-precision, high-efficiency machining of automotive body panels, structural components, and other parts.

The battery tray for new energy vehicles is a critical component of the vehicle's electrical system and a vital safeguard for battery system safety. It requires properties such as high strength, corrosion resistance, high-temperature tolerance, and impact resistance. Aluminum alloy, with its advantages of low density and high strength, ensures both body performance and structural rigidity. Consequently, it has found extensive application in automotive lightweighting projects.

In automotive manufacturing, a wide variety of automotive molds are utilized. Based on different application scenarios, they are categorized into interior molds, exterior molds, and body panel molds. Additionally, according to different manufacturing processes, they are further classified into stamping dies, injection molds, and casting molds. The manufacturing quality, production techniques, and precision of molds are critical to the overall vehicle assembly process. Weihong CNC systems deliver high-speed, high-precision core algorithms for machining various molds, ensuring machining accuracy while boosting efficiency. These systems are widely adopted across the automotive mold industry.

Automotive glass processing automated lines are designed for manufacturing large glass components such as automotive glass. Weihong Co., Ltd. has introduced a multi-channel automotive glass processing automated line solution that integrates workpiece conveyance, positioning table alignment, loading gantry robotic handling, single-grinding-head machining, drilling platform operations, and unloading gantry robotic transfer. This system enables end-to-end one-stop control from raw material feeding to finished product output.

In recent years, the growing scale of the new energy vehicle market has driven continuous growth in demand for new energy vehicle batteries. As some new energy vehicles age, their power batteries begin to experience reduced range and diminished power output. Consequently, the recycling, dismantling, and reuse of new energy batteries have emerged as a burgeoning industry.