1. Hydraulic Drive Reduces Mechanical Losses
- Adopts a hydraulic drive system instead of a traditional mechanical transmission system.
- Provides stable cutting force with relatively small inertia of movement.
- Helps avoid frequent impact loading.
- Reduces unnecessary mechanical losses during operation.
2. PLC Control Avoids Unnecessary Running
- PLC controlled automatic cycles complete compression, shearing, and discharge in sequence.
- When no material is fed or the cycle is finished, the system can reduce idling time.
- Controlled operation is more energy efficient than continuously running equipment without automatic logic.
3. Pre‑Compression Improves Energy Utilization
- Pre‑compression system presses loose scrap into a denser form before shearing.
- Allows the shear blade to cut more evenly and reduces repeated adjustment or jamming.
- Better material compaction helps the machine use each cutting stroke more effectively.
- Indirectly lowers energy waste per ton of processed scrap.
4. Confirm Power & Efficiency Before Ordering
- Actual energy saving performance depends on motor power, hydraulic system design, cycle time, material type, and load condition.
- For export projects, request rated power, average power consumption, hydraulic pressure, cooling system type, CE documentation, and optional energy saving configurations.
- Can be positioned as an efficient and controllable scrap metal shearing solution.
- Detailed energy data should be confirmed with the manufacturer for each model.
