1600KN Oil Tank Pressure CNC Angle Plate Heating Bending Machine 2-16mm Bending Plate Thickness
Applicable Industry:
This CNC Heating Bending Machine is primarily designed and utilized for the precision bending processing of angle steel profiles and flat metal plates, catering to the core fabrication needs in sectors such as structural steel manufacturing, mechanical component production, and architectural metalwork. It delivers consistent forming accuracy and reliable performance, ensuring that the bent angle steel and plates meet the strict dimensional and structural requirements of industrial applications, thereby supporting the efficient execution of downstream production workflows.
Specifications:
|
Model
|
HQ250-700
|
HQ360-900
|
|
Oil Tank Pressure (kN)
|
1600
|
3150
|
|
Outside double-sided bending size (Heel up ) (mm)
|
L80*7~L250*32
|
L80*7~L360*40
|
|
Outward double-sided bending degree for angles (°)
|
30°
|
30°
|
|
Angle steel forward single bending range (mm)
|
L80*7~L200*20
|
L100*10~L300*30
|
|
Angle steel forward single bending degree (°)
|
20°
|
20°
|
|
Bending Plate thickness (mm)
|
2~16
|
2~20
|
|
Bending Plate width (mm)
|
700
|
900
|
|
Bending degree for plates (°)
|
90°
|
90°
|
|
Angle opening & closing range (mm)
|
L80*7~L200*16
|
L100*10~L300*30
|
|
Angle opening & closing degree (°)
|
16°
|
16°
|
|
Oil Tank Stroke (mm)
|
800
|
950
|
|
Max.opening height (mm)
|
1300
|
1400
|
|
Motor Power (kW)
|
15
|
22
|
|
Heating power (kW)
|
60*2
|
120*2
|
|
CNC Axis
|
3
|
3
|
|
Oil tank capacity (L)
|
630
|
720
|
|
Overall size (m)
|
3.5x4.5x4.1
|
4.2x4.5x4.1
|
Product Features:
1. It adopts numerical control programmable controller, touch screen input information and status feedback, and the operation is simple.
2. It adopts intelligent supersonic frequency induction heating, which can improve production efficiency, reduce production costs and ensure environmental protection of the factory.
3. Multi-purpose machine, does not need to be equipped with other tooling molds.
4. CNC control, to ensure the molding angle of the workpiece, to ensure product quality and improve production efficiency.
5. With independent hydraulic system and electrical control system, the operation is simple and convenient, the performance is safe and reliable, and the production efficiency is high.
6. When process angle size less than L100×L100×10, cold pressing can be used when the degree of bending is less than 5°.
7. Processing speed: average cold pressing processing time is 10s/time, heating processing time is 120s/time (determined according to the actual processing material and material), and the workpiece is processed when the heating temperature is 800 degrees (i.e. red) (determined according to the actual material and bending angle).
8. When the workpiece is heated and processed, design the parameters, press the cycle to start or step on the foot switch, fully automatic heating forward, heating, heating to exit, press the workpiece, press the head up, take out the workpiece.
9. When heating and cold pressing, design the parameters and directly perform cold pressing. The pressing head does not need to return to the original point. The lower pressing mold raises the gap of 100mm, and the workpiece is taken out, and the working efficiency is high.
These specimens, obtained from the production line of angle steel punching, cutting, and marking equipment, encompass the conventional 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 ability 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 extreme meteorological conditions and heavy loads—this equipment assumes a critical function in processing the angle steel components that constitute the towers’ main framework. It reliably carries out drilling and stamping procedures on the angle steel applied to tower bodies, cross-arms, and other key structural parts. This guarantees precise dimensional precision and robust connectivity, thereby ensuring the overall structural stability of the transmission towers, which is essential for the safe and uninterrupted operation of UHV transmission systems.
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