1. Integrated Water Cooling Systems
- Dedicated water cooler continuously circulates coolant to absorb excess heat.
- Actively dissipates thermal energy to maintain optimal hydraulic oil temperature.
- Prevents fluid degradation from overheating during high‑pressure operations.
2. Advanced Hydraulic Circuit Design
- Efficient oil circuit design minimizes internal friction and flow resistance.
- Reduces mechanical stress and pressure drops within hydraulic lines.
- Inherently generates less heat during the compression cycle.
3. Hydraulic Shock Elimination Mechanisms
- Pre‑unloading device smoothly releases pressure before cylinder completes its stroke.
- Completely eliminates hydraulic shock to prevent sudden temperature spikes.
- Protects hydraulic oil from violent energy conversions.
4. Stable and Vibration‑Free Operation
- Robust horizontal structure ensures stable and vibration‑free operation.
- Efficiently converts motor energy into pressing force rather than frictional heat.
- Further protects the hydraulic system from excessive temperatures.
