This electric busbar processing machine is designed for convenient high-speed and high-precision stamping and cutting of busbar. It is equipped with three stations for cutting, punching and bending, so it not only has a high degree of automation, but also can achieve efficient processing. Thanks to the high-quality Siemens PLC control system, it can automatically cut, press and bend various sizes of copper or aluminum busbar, while the operator only needs to input the thickness of the material and the angle required for bending. Therefore, this machine can help customers greatly improve the processing efficiency and reduce the labor cost and the error rate caused by labor.
Features
1. The electric busbar processing machine will automatically bend the copper bus and return to its original position without any additional operation.
2. This machine adopts the double-column shear structure to achieve the cutting effect of high flatness, which can effectively reduce the meaningless waste of materials.
3. The closed bending structure can not only achieve high-precision bending, but also further improve the use safety.
4. The structural design of this machine is very reasonable, and the key components are from well-known parts suppliers to ensure low failure rate and low maintenance.
1. CUT Section
The shearing position uses a double pillar structure with flat shears, no waste, no burrs, and no collapse feet.
2. PUNCH Section
#1 . Three method of punch position
(1) Coordinate axis positioning
(2) Positioning Pins
(3) Laser Pointer help to find the center of hole easily in puncher
#2. There are 6 sets of punching dies install turnplate, no need to change molds frequently.
3. BEND Section
By changing different bending molds, we can bend different shaped of copper busbars, such as Vertical Bending, Horizontal Bending, L shaped Bending, U shaped Bending, Z shaped Bending, embossing, chamfering and twisted bending, etc.
4 Technical Parameters
Function |
Item |
MOTI-30-3NC |
MOTI-50-3NC |
MOTI-80-3NC |
Punch |
Max. Punch Force ( KN ) |
300 |
500 |
800 |
Punch Diameter Range ( MM ) |
∅4.3—∅25 |
∅4.3—∅34 |
∅4.3—∅34 |
|
Max. Thickness ( MM ) |
12 |
16 |
20 |
|
Max. Width ( MM ) |
160 |
250 |
300 |
|
Cut/ Shear |
Max. Cut Thickness ( MM ) |
12 |
16 |
20 |
Max. Cut Width ( MM ) |
160 |
250 |
300 |
|
Vertical Bend |
Max. Bend Force ( KN ) |
300 |
500 |
800 |
Max. Thickness ( MM ) |
12 |
16 |
20 |
|
Max. Width ( MM ) |
160 |
250 |
300 |
|
Horizontal Bend |
Max. Width ( MM ) |
100mm x 10mm |
120mm x 12mm |
120mm x 12mm |
Max. Angle ( Degree ) |
90° |
90° |
90° |
|
Twist Bend |
Max. Thickness ( MM ) |
12 |
16 |
20 |
Max. Width ( MM ) |
160 |
250 |
300 |
|
Dimension |
MM |
1790x1400x1420 |
1950x1560x1420 |
2060x1600x1560 |
Motor Power |
KW |
3 x 4KW |
3 x 5.5KW |
3 x 7.5 KW |
Weight |
KG |
1450KG |
1750KG |
2350KG |
CNC Precision |
Bending Precision |
±1° |
±1° |
±1° |
Repeat Bending Precision |
±0.3° |
±0.3° |
±0.3° |
4. Copper Busbar samples
http://www.moti-busbarsolution.com/