CNC Busbar Processing Machine MOTI-30-3NC

CNC Busbar Processing Machine MOTI-30-3NC

The MOTI-30-3NC is a versatile 3-in-1 CNC busbar machine capable of processing copper and aluminum busbars up to 12mm thick and 160mm wide. Featuring a six-position turret punching system and high-precision CNC bending, it delivers clean, burr-free results for electrical switchgear manufacturers worldwide.

Operation Video Of MOTI-30-3NC

To learn more details, please watch the video below.

Cutting Unit Of MOTI-30-3NC

Cutting Unit

  • Scissor-style Design

High-precision, burr-free, and clean cuts on copper or aluminum, and the tearing area is less than 25%, reducing the need for secondary finishing.

  • High-quality Cutting Blade

The cutting blade is made of high-quality Cr12mov mold steel with high hardness and good wear resistance. It is matched with a stable and powerful hydraulic system.

  • The Dual-column Shearing Unit Architecture Design

Ensures uniform force distribution during shearing, smooth shearing of copper busbars, and also protects the shearing blades from wear.

  • Saving Cost

Cutting copper busbars without waste

Cutting Unit of CNC Busbar Processing Machine MOTI-30-3NC

Punching Unit Of MOTI-30-3NC

Punching Unit

  • Six-position Turret-type Punching Turntable Design

It can simultaneously assemble 6 busbar punching dies of different sizes. The turntable can be manually rotated to change dies for punching operations, reducing the frequency of die changes, minimizing operational errors, and improving work efficiency.

  • Type Of Punching Hole

It can punch round holes, oval (waist) holes, rectangular (Oblong) holes, and square holes, including busbar chamfers.

The punching range is Φ4mm — Φ25mm

The punching section is smooth and burr-free, and the error is ±0.1mm

Supporting customization of special specifications.

  • Three Punching Positioning Methods:

(1) Coordinate axis positioning

(2) Punching pin positioning

(3) Laser light positioning.

Punching Unit Of CNC Busbar Processing Machine MOTI-30-3NC

Busbar Punches & Dies Of MOTI-30-3NC

Busbar Punching Dies

Selecting the appropriate busbar punches and dies is a crucial aspect to consider before placing your order.

(1) The size of punches & dies

Our standard size of punching dies in stock:     

Round hole of punching die: Φ7,Φ9, Φ11, Φ13, Φ15,Φ17, Φ19, Φ21 (mm)

Oval hole of punching die: 7×11(mm), 9×13(mm), 11×15(mm), 13×18(mm), 17×21 (mm)

(2) We can also customise the punching dies’ size for you. Such as, round, oval, square or alien

Busbar Punches Dies For Busbar Processing Machine MOTI-30-3NC

Technical Specifications Of MOTI-30-3NC

FunctionItemMOTI-30-3NCMOTI-50-3NCMOTI-80-3NC
PunchMax. Punch Force (KN)300500800
Punch Diameter Range (MM)ø4.3 ~ ø25ø4.3 ~ ø34ø4.3 ~ ø34
Max. Thickness (MM)121620
Cut/ ShearMax. Cut Thickness (MM)121620
Max. Cut Width (MM)160250300
Vertical BendMax. Bend Force (KN)300500800
Max. Thickness (MM)121620
Max. Width (MM)160250300
Horizontal BendMax. Width (MM)100mm x 10mm120mm x 12mm120mm x 12mm
Max. Angle (Degree)90°90°90°
Twist BendMax. Thickness (MM)121620
Max. Width (MM)
DimensionMM1790×1400×14201950×1560×14202060×1600×1560
Motor PowerKW3 × 4 KW3 × 5.5 KW3 × 7.5 KW
WeightKG1450 KG1750 KG2350 KG
CNC PrecisionBending Precision±1°±1°±1°
Repeat Bending Precision±0.3°±0.3°±0.3°

Custom Mold Selection For MOTI-30-3NC

Custom Molds For MOTI-30-3NC

We offer a wide range of tooling options tailored to meet the diverse busbar cutting, punching, and bending requirements of our customers.

Accessories of CNC Busbar Processing Machine MOTI-30-3NC

Closed-Type Bending Unit For MOTI-30-3NC

Closed Type Of Bending Unit For CNC Busbar Processing Machine MOTI-30-3NC

Closed-Type Bending Unit

Mill and deep mark the graduated measuring and angles, difficult to erase.

Our Customers

The following big brands are using our MOTI Busbar Machines.

Contact Us

Not sure which model is suitable for your favorite CNC Busbar Processing Machine? Let our knowledgeable sales team guide you in selecting the most suitable solution for your needs.