With high-precision pressure control and rapid temperature regulation systems, servo hot and cold press forming machines have become core equipment across multiple industries and are continuously expanding their application scenarios with technological advancements.
PRODUCT DESCRIPTION
Servo hot and cold press forming machines are widely used in the following fields:
● New Energy: Precisely performing electrode pressing and diaphragm hot pressing for encapsulation, applicable to core processes such as hydrogen fuel cells and flow batteries.
● Electronics Manufacturing: Used for hot press lamination and encapsulation of circuit boards, semiconductor chips, and displays, meeting high-precision and high-reliability requirements.
● Automotive Manufacturing: Enables hot press forming of car doors, as well as welding and assembly of seats and engine hoods, improving efficiency and dimensional consistency.
● Aerospace: Meets the forming requirements of high-strength, high-durability materials, used in the manufacturing of critical components such as fuselages and wings.
● Furniture and Packaging: Efficiently produces furniture components such as bed boards and sofa frames, and performs hot pressing of packaging materials like cartons and paper bags.
The core advantages of the servo hot-cold press forming machine stem from its deep integration of servo precision control with the hot-cold dual mold temperature process. Compared to traditional hydraulic presses or single-temperature forming equipment, its advantages are primarily reflected in the following five dimensions:
1. Extreme Energy Saving and Quiet Operation
Traditional hydraulic press motors run at high speed continuously, whereas the servo system adjusts speed based on real-time load. During low-load phases such as pressure holding and cooling, the motor consumes almost no electricity, achieving comprehensive energy savings of 30% to 70%. Additionally, with the elimination of continuously running oil pumps, noise is typically controlled below 70 decibels, significantly improving the working environment.
2. High Precision and High Stability
Through closed-loop control, position accuracy can reach 0.01mm, and pressure repeatability accuracy is within 0.5%. This not only ensures consistent product thickness but, more importantly, enables rapid cooling after hot pressing, effectively suppressing material shrinkage and warping, greatly enhancing flatness and dimensional yield.
3. Significant Improvement in Production Efficiency
Traditional processes require waiting for natural cooling or transferring molds, resulting in long cycles. The servo hot-cold press integrates heating and cooling systems, achieving rapid cooling within 3 to 10 seconds inside the mold. Instantaneous hot-cold transition without the need to transport molds significantly shortens the molding cycle.
4. Optimized Physical Properties and Appearance
During hot pressing, high temperature and pressure allow the material to flow evenly, eliminating internal stress; during cold pressing, rapid setting locks in the molecular state. This process enhances product surface hardness and scratch resistance, making it especially suitable for optical-grade light guide plates and automotive interior parts. Finished products are free from stress whitening and flow marks.
5. Intelligence and Low Maintenance
The servo system operates without frequent start-stop power frequency impacts, reducing hydraulic oil heating and deterioration, thereby extending the lifespan of hydraulic components. The equipment also comes standard with multi-point temperature monitoring and molding curve storage. After mold changes, parameters can be recalled with one click, greatly reducing debugging time.
Project Parameters
CUSTOMIZED PRODUCTS
Custom equipment manufacturing: end-to-end solutions for your needs, empowering core competitiveness.
中文 
