950mm Oil Tank Stroke Model HQ360-900 CNC Plate Sheet Heating Bending Machine 4.2x4.5x4.1m Overall Size

950mm Oil Tank Stroke Model HQ360-900 CNC Plate Sheet Heating Bending Machine 4.2x4.5x4.1m Overall Size

 
Applicable Industry:

This CNC Heating Bending Machine is primarily engineered and employed for the precision bending fabrication of angle steel sections and flat metal sheets, addressing the core manufacturing demands of industries including structural steel fabrication, mechanical part production, and architectural metal processing. It delivers consistent forming precision and dependable operational performance, ensuring that the bent angle steel and metal plates comply with the stringent dimensional and structural specifications of industrial applications—thereby facilitating the efficient implementation of downstream production processes.
 
Specifications:

Product Features:

1. It incorporates a numerical control programmable controller, featuring touchscreen-based information input and status feedback, which enables a streamlined and user-friendly operational process.
2. It employs intelligent ultrasonic frequency induction heating technology, a design that enhances production efficiency, reduces manufacturing costs, and ensures compliance with the factory’s environmental protection standards.
3. As a multi-functional integrated machine, it eliminates the need for additional tooling and mold configuration, simplifying the overall production setup.

4. Equipped with CNC control functionality, it guarantees the forming angle of workpieces, effectively upholding product quality standards while boosting production efficiency.
5. It is outfitted with an independent hydraulic system and electrical control system—a design that enables straightforward and hassle-free operation, delivers safe and reliable performance, and supports high production efficiency.
6. When processing angle steel with a size of less than L100×L100×10, cold pressing can be applied under the condition that the bending degree is less than 5°.

7. Processing speed: The average cold pressing processing cycle is 10 seconds per operation, while the heating processing cycle is 120 seconds per operation (subject to the actual processed material and its specifications). Additionally, workpiece processing is conducted when the heating temperature reaches 800 degrees (i.e., the red-hot state), with specific parameters subject to the actual material type and bending angle requirements.

8. During the heating processing of the workpiece, after setting the parameters, users may activate the cycle start function or step on the foot switch to initiate the fully automatic process. This process sequentially includes heating advancement, heating execution, retraction after heating completion, application of pressure to the workpiece, lifting of the pressure head, and final removal of the workpiece.

9. During the combined heating and cold pressing operation, once the parameters are configured, cold pressing can be executed directly. There is no requirement for the pressing head to return to its initial position; instead, the lower pressing mold rises to create a 100mm gap, allowing for convenient workpiece removal. This optimized workflow effectively enhances operational efficiency.

These samples, derived from the production line of angle steel punching, cutting, and marking machinery, cover the standard specifications and processing scenarios extensively utilized in the angle steel tower industry. They facilitate users in conducting direct validation of the equipment’s processing quality, precision performance, and craftsmanship standards—critical metrics that demonstrate the equipment’s capacity to satisfy the stringent operational demands of angle steel tower manufacturing.

In the construction of ultra-high voltage (UHV) transmission lines—where transmission towers are required to withstand extreme meteorological conditions and heavy loads—this equipment plays a pivotal role in processing the angle steel components that form the main framework of the towers. It reliably performs drilling and stamping operations on the angle steel used for tower bodies, cross-arms, and other key structural components. This ensures precise dimensional accuracy and strong connectivity, thereby safeguarding the overall structural stability of the transmission towers—a critical prerequisite for the safe and uninterrupted operation of UHV transmission systems.