Innovation-Driven, Precision Molding – Chengdu Zhengxi Intelligent Leads a New Wave of Composite Material Hydraulic Press Technology

Chengdu Zhengxi Intelligent Promotes Intelligent Manufacturing in Aerospace and Automotive Manufacturing, Creating High-End Hydraulic Press Solutions

In today's rapidly developing industrial manufacturing sector, composite materials, with their lightweight, high strength, corrosion resistance, and strong designability, are widely used in aerospace, automotive manufacturing, rail transportation, new energy, and many other fields. The quality of composite material molding largely depends on the performance of the molding equipment. Chengdu Zhengxi Intelligent Equipment Group Co., Ltd. (hereinafter referred to as "Chengdu Zhengxi Intelligent") has been deeply involved in the hydraulic press field for many years. With its profound technological accumulation and continuous innovation, it has launched a series of high-performance composite material molding hydraulic presses, providing the industry with stable and efficient solutions.

Composite material molding processes such as compression molding, autoclave molding, and SMC/BMC compression molding place extremely high demands on pressure control accuracy, temperature uniformity, parallelism, and production efficiency. Traditional hydraulic presses have many limitations in terms of stability, energy consumption, and intelligence. Chengdu Zhengxi Intelligent's composite material hydraulic press is not merely a pressure application tool, but a comprehensive system integrating precision control, process management, and intelligent operation and maintenance, effectively improving the quality and efficiency of composite material molding.

Chengdu Zhengxi Intelligent has conducted comprehensive optimization and innovation in the research and development of its composite material hydraulic press to meet various process requirements. Its equipment employs advanced servo control systems or proportional hydraulic technology to achieve stepless pressure adjustment, ensuring uniform material stress and consistent product density during molding, avoiding material shortages or overpressure issues. The machine body is made of high-quality steel and optimized through finite element analysis, possessing excellent structural rigidity and fatigue resistance, ensuring high stability and parallelism during long-term operation. Furthermore, it integrates a high-efficiency heating platform and mold temperature control system to achieve uniform temperature field control, meeting the curing process requirements of different materials.

In addition to high precision and stability, Chengdu Zhengxi Intelligent's hydraulic press also features high efficiency and intelligence. Optimized oil circuit design and high-response hydraulic components significantly improve idle, working, and return speeds, shortening the molding cycle and increasing production efficiency. Equipped with an advanced PLC or industrial PC control system and a user-friendly HMI, operators can easily preset, store, and recall various process parameter formulas, enabling one-click operation. The equipment also supports integration with MES and industrial IoT platforms, enabling remote monitoring, production data analysis, and predictive maintenance, helping customers build intelligent factories.

Chengdu Zhengxi Intelligent Hydraulic Presses have a wide range of applications, covering multiple high-end manufacturing fields from lightweight automotive components to aerospace structural parts. The equipment supports deep customization, including worktable size, opening height, stroke, pressure, and heating methods, to meet diverse production needs. Simultaneously, it can integrate automated functions such as in-mold cutting and robotic loading/unloading to create fully automated composite material molding production lines. The company emphasizes equipment safety and energy conservation, equipping it with multiple protection devices such as light curtains and hydraulic safety locks, and adopting servo energy-saving technology to effectively reduce energy consumption and operating costs, promoting green manufacturing development.