Angle Steel And Plate Use CNC Metal Sheet Bending And Heat Machine 3 CNC Axis

Product Specification

Angle Steel And Plate Use CNC Metal Sheet Bending And Heat Machine 3 CNC Axis

 
Applicable Industry:

This CNC Heating Bending Equipment is mainly designed and utilized for the precision bending and processing of angle steel profiles and flat metal sheets. It caters to the core manufacturing requirements of sectors such as structural steel fabrication, mechanical component production, and architectural metal processing. Boasting stable forming accuracy and reliable operational capabilities, this equipment ensures that the bent angle steel and metal plates meet the rigorous dimensional and structural standards for industrial applications, thereby enabling the smooth and efficient execution of subsequent downstream production procedures.
 
Specifications:

Product Features:

1. Equipped with a numerically controlled programmable logic controller, this machine adopts a touchscreen interface for information input and status feedback, thereby realizing a streamlined and user-friendly operational workflow.
2. It adopts intelligent ultrasonic frequency induction heating technology, a sophisticated design that boosts production efficiency, lowers manufacturing costs, and ensures adherence to the factory’s environmental protection criteria.
3. Functioning as a multifunctional integrated device, it obviates the requirement for additional tooling and mold configuration, thereby simplifying the overall production arrangement.

4. Furnished with CNC control capabilities, this equipment ensures the forming angle of workpieces, effectively maintaining product quality benchmarks while enhancing production efficiency.
5. It is equipped with an independent hydraulic system and electrical control system—an advanced design that enables simple and trouble-free operation, delivers safe and reliable performance, and supports high production efficiency.
6. For the processing of angle steel with dimensions not exceeding L100×L100×10, cold pressing can be adopted on the premise that the bending degree is less than 5°.

7. Processing Speed: The average cycle time for cold pressing operations is 10 seconds per unit, whereas the heating processing cycle stands at 120 seconds per unit (subject to the actual processed materials and their specifications). Furthermore, workpiece processing is performed once the heating temperature reaches 800 degrees Celsius (i.e., the red-hot state), with specific parameters contingent upon the actual material type and bending angle requirements.

8. During the workpiece heating process, upon completion of parameter configuration, operators may activate the cycle start function or engage the foot switch to initiate the fully automated workflow. This workflow sequentially encompasses heating feed, heating implementation, retraction post-heating completion, workpiece compression application, pressure head elevation, and final workpiece unloading.

9. In the combined heating and cold pressing operation, after parameter configuration is finalized, cold pressing can be carried out directly. There is no necessity for the pressure head to revert to its original position; instead, the lower pressing die ascends to form a 100mm gap, facilitating convenient workpiece extraction. This optimized operational process effectively improves operational efficiency.

These specimens, sourced from the production line of angle steel punching, cutting, and marking equipment, encompass the standard specifications and processing scenarios widely adopted in the angle steel tower sector. They enable users to conduct direct verification of the equipment’s processing quality, precision performance, and craftsmanship benchmarks—key indicators that reflect the equipment’s capability to meet the rigorous operational requirements of angle steel tower manufacturing.

In the construction of ultra-high voltage (UHV) transmission lines—where transmission towers must endure severe meteorological conditions and heavy loads—this equipment assumes a crucial role in processing the angle steel components that constitute the main framework of the towers. It reliably conducts drilling and stamping operations on the angle steel utilized for tower bodies, cross-arms, and other key structural parts. This guarantees precise dimensional precision and robust connectivity, thereby safeguarding the overall structural stability of the transmission towers—a vital prerequisite for the safe and uninterrupted operation of UHV transmission systems.