Name: 2D Wire bending machine
There are three standard models classified by different combinations of motor power: Type A, Type B, and Type C. (Details in technical parameters).
The 2D wire bending machine is a versatile and efficient tool commonly used in the manufacturing industry for bending wire or metal rods into various shapes and patterns. This machine is equipped with advanced technology and computer-controlled systems that allow for precise and accurate bending operations.
Product Description
The 2D CNC wire bending machine is one of the futuristic machines which produces the best 2D output forms. Like the CNC Wire Bending normal working process, it pursues the work and forms the output. Hence, it is not necessary to prefer a higher rate of CNC machines. Initially, the user gives metal or other suitable input to the de-coiler. The coiled wire is straightened using the wire straightener. 2D wire bending machine includes a straightening unit and feeding mechanism. The vertical and horizontal plane straightening units are available within the machine.
One of the key features of the 2D wire bending machine is its ability to produce complex 2-dimensional shapes with speed and consistency. This makes it ideal for mass production of products such as wire forms, hooks, rings, and other customized components used in diverse industries ranging from automotive to construction.
Versatile Bending Capabilities
● 2D Bending: Focuses on bending wire into two-dimensional shapes, such as brackets, frames, and custom forms. While it deals with 2D profiles, it can handle various wire diameters and materials.
● Multiple Bends: Capable of performing multiple bends in a single wire piece without manual intervention, improving efficiency and consistency.
Material Compatibility:
● Wire Types: Suitable for various wire materials including steel, stainless steel, aluminum, and copper. It accommodates different wire diameters and can handle both solid and stranded wires.
● Tight Tolerances: Delivers precise and accurate bends, meeting exact specifications and tolerances required for complex designs and high-quality outputs.
Technical parameters
Wire diameter |
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3-8mm Iron Wire |
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Electrical voltage |
Three-phase 380V ground wire |
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Straightening wheels |
Group 18(adopts GB Cr12) |
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Bending die |
SKD11/51 finishing hardness up to 62° |
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Feeding wheels |
3 groups ( GB Cr12, hardness up to 58°) |
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Feeding motor |
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3.8kW |
|
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Bending motor |
|
1.5kW |
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Cutter motor |
|
1.0kW |
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Lift mold motor |
|
1.0kW |
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Inner rotate motor |
|
1.5kW |
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Applicable wire |
Round wire, flat wire, and square wire by changing molds |
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Machine Size |
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2300*1100*1650 mm |
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Machine weight |
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750KG |
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Storage |
10000 sets of data,300 action/groups |
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Feeding speed |
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90m/min (max) |
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Bending speed |
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300 r/min angle ± |
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Efficiency |
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20-25 pcs/Min |
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Bending accuracy |
±0.5mm |
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Feeding accuracy |
±0.5mm |
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Pneumatic system |
Air cylinder |
1 |
The inner die, outer die and control hanger are driven pneumatically |
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Valve |
1 |
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Control panel |
Touch screen + button |
Item |
Note |
PLC |
ARCUCHI |
Servo motor |
SANYO or EURA |
Linear guide and ball screw |
HIWIN |
Pneumatic system |
AirTAG |
Note: |
With the purchase of a machine, we will include a toolkit as a gift.
NAME |
TYPE |
NUMBER |
Bedknife |
2.5 |
1 |
Bedknife |
3.5 |
1 |
Bedknife |
4.5 |
1 |
Bedknife |
5.5 |
1 |
Bedknife |
6.5 |
1 |
Inner die |
2.5 |
1 |
Inner die |
3.5 |
1 |
Inner die |
4.5 |
1 |
Inner die |
5.5 |
1 |
Inner die |
6.5 |
1 |
Cutter |
|
1 |
Outer die |
|
3 |
Phillips screwdriver |
|
1 |
Slotted screwdriver |
|
1 |
Adjustable wrench |
|
1 |
Open end wrench |
19-22 |
1 |
Open end wrench |
24-27 |
1 |
Allen key |
16MM |
1 |
Angle ruler |
|
1 |
Inner hexagon |
M6*35 |
4 |
Inner hexagon |
M6*25 |
4 |
Inner hexagon |
M8*40 |
4 |
Inner hexagon |
M8*25 |
4 |
Headless screw |
M6*10 |
4 |
Manual |
|
1 |
Applications