According to the CPCA data, the cumulative retail sales of new energy vehicles from January to February 2025 were 1.835 million units, a year-on-year increase of 52%, with the penetration rate soaring to 40.3%. This trend not only marks the gradual mainstreaming of new energy vehicles in the market but also brings huge development opportunities to the related industrial chain.

According to the "Technology Roadmap for Energy-saving and New Energy Vehicles," by 2030, the vehicle weight reduction rate in our country will reach 35%. Due to its low density and high strength characteristics, plastic material has become a key material for achieving vehicle lightweighting. As the core equipment for the production of plastic components, the demand for injection molding machines continues to grow.

Adopting high-response ratio directional valves and high-precision electronic rulers, full closed-loop control on the mold closing side is achieved, ensuring fast response, stable operation, and high precision, meeting the stringent requirements of automotive parts for accurate dimensions and stable weight.

The injection side adopts a dual-cylinder parallel structure and linear guide rail design, making operation more stable, with a comprehensive improvement in injection accuracy and response speed, easily meeting the production requirements for complex shapes and impact-resistant plastic products.

Diagonal balanced force distribution of the rapid moving mold cylinder significantly shortens the mold opening and closing cycle; the synchronous braking mechanism, in conjunction with the short-stroke high-pressure cylinder, rapidly establishes clamping force, greatly improving production efficiency.

Equipped with intelligent KEBA computer, flexibly adjust production parameters, helping manufacturers achieve maximum productivity.

The structure is simple and compact, saving about 20% of space, with a more worry-free operation process, more convenient maintenance, lower energy consumption, and overall cost savings for customers.