China Servo Four-Column Hydraulic Press Suppliers - Precision Control from Top Factory

Stamping, bending, stretching, press-fitting, straightening, flanging, and other forming processes for metal or non-metal materials.

Capable of achieving high-precision pressure control (e.g., ±1% pressure accuracy), suitable for scenarios requiring high processing precision.

Real-time feedback through servo motors and sensors enables closed-loop control of stroke (displacement), speed, and pressure, with positioning accuracy up to ±0.01mm.

Supports multi-stage process programming (e.g., segmented pressure application, pressure-holding delay) to meet complex process requirements.

The servo system dynamically adjusts the motor speed and power output according to the actual load, saving 30%–70% energy compared to traditional hydraulic presses.

Equipped with safety functions such as overload protection, limit protection, and emergency stop devices to ensure the safety of equipment and operators.

● Press-fitting of components (e.g., bearings, gearbox components), sheet metal forming of vehicle bodies, and press-fitting of motor stators.

● Case: Precision press-fitting of new energy vehicle motor stators, requiring high pressure accuracy and non-destructive processing.

● Stamping and forming of electronic components (e.g., mobile phone casings, computer accessories), and precision component pressing (e.g., screen and frame bonding).

● Stretching and bending of home appliance components (e.g., compressor parts, kitchen and bathroom hardware).

● Precision forming of aerospace components (e.g., titanium alloy structural parts) and high-precision mold testing.

● Pressing and forming of medical devices (e.g., orthopedic implants), requiring aseptic environments and process stability.

● Processes in lithium battery production such as electrode sheet pressing, cell packaging, and battery module pressing, which demand extremely high pressure uniformity and displacement accuracy.

● Frame pressing and silicon wafer cutting assistance for photovoltaic modules.

● Stamping of hardware products (e.g., tableware, locks);

● Material mechanical property testing (e.g., pressure testing, fatigue testing) in research institutions.

● Pressure Control: Uses a servo motor + ball screw or servo pump control system, with minimal pressure fluctuation and high repeatability accuracy.

● Displacement Control: Real-time position feedback from the servo motor encoder, combined with sensors such as optical gratings, achieves micron-level positioning.

● Speed Control: Stepless speed regulation within 0.1–200 mm/s, suitable for low-speed precision processing and high-speed stamping.

● Demand-Driven Energy Supply: The servo motor only operates during work, with extremely low standby power consumption, reducing energy consumption by over 50% compared to traditional hydraulic presses.

● Shortened Cycle: Fast response and precise control reduce idle stroke time, improving production efficiency (by 20%–50%).

● Multi-Process Compatibility: Can store multiple process parameters through programming, enabling one-click switching of production tasks.

● Suitable for Small-Batch Customization: No need to replace hardware molds; different product processing can be completed by adjusting parameters, suitable for personalized production needs.

● Low Noise: The servo system operates smoothly, with noise typically below 75 dB, better than traditional hydraulic presses (above 85 dB).

● Simple Maintenance: Simplified hydraulic system, less oil contamination, and extended maintenance cycles.

● Real-Time Monitoring: Equipped with a touchscreen human-machine interface, which can display parameters in real time and generate production data reports.

● Fault Diagnosis: The system automatically detects anomalies and prompts alarm information for quick troubleshooting.

● Networking Function: Supports integration with factory MES systems for production data traceability and remote monitoring.