High Oil Tank Pressure CNC Angle Bending And Heating Machine With 950mm Oil Tank Stroke

About High Oil Tank Pressure CNC Angle Bending And Heating Machine With 950mm Oil Tank Stroke

Product Features:

1. Equipped with a numerically controlled programmable logic controller (PLC), the machinery integrates a touchscreen interface for data input and real-time status reporting, thereby realizing a streamlined and user-oriented operational workflow.

2. It embodies intelligent ultrasonic frequency induction heating technology a sophisticated engineering solution that boosts production efficiency, lowers manufacturing costs, and ensures full adherence to the factorys environmental protection protocols.

3. Functioning as a multifunctional integrated system, it obviates the requirement for additional tooling and mold configuration, thereby optimizing and simplifying the overall production process setup.

4. Equipped with CNC control capabilities, this equipment ensures the precise forming angle of workpieces, effectively maintaining product quality standards while enhancing production efficiency.

5. It is integrated with an independent hydraulic system and electrical control system an advanced structural configuration that enables simple and hassle-free operation, provides safe and reliable performance, and supports high production capacity.

6. For the processing of angle steel with dimensions not exceeding L100*L100*10 (mm), cold pressing technology can be adopted on the condition that the bending angle is less than 5 degrees.

7. The average cycle duration for cold pressing operations is 10 seconds per unit, while the heating processing cycle stands at 120 seconds per unit (contingent upon the actual processed materials and their specifications). Furthermore, workpiece processing is carried out once the heating temperature reaches 800 degrees Celsius (i.e., the red-hot state), with specific parameters dependent on the actual material type and bending angle requirements.

8. During the workpiece heating process, upon completion of parameter configuration, operators may initiate the cycle start function or activate the foot switch to launch the fully automated operational workflow. This workflow sequentially includes heating feed, heating implementation, retraction after heating completion, workpiece compression application, pressure head lifting, and final workpiece unloading.

9. In the combined heating and cold pressing operation, upon the completion of parameter configuration, cold pressing may be conducted directly. There is no requirement for the pressure head to return to its initial position; instead, the lower pressing die ascends to form a 100mm gap, enabling easy workpiece removal. This optimized operational process effectively improves operational efficiency.