1

Control console 

To give directions and drawings to the device

2

Main key

To cut off the main power in dangerous times 

3

Punching and Cutting station

To cut and punch busbars up to 200*15 mm

4

Emergency stop button

To stop the machine in case of emergency 

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Model: HBC-CP.CNC200

CNC Busbar Machine 

What Is a CNC Busbar Machine?

A CNC busbar machine is a computer-controlled system that fabricates copper and aluminum busbars with minimal manual handling. It performs two core functions punching, and busbar cutting from one programmable platform. Operators load a profile, select the job, and the  busbar machine repeats each operation to the same tolerance every cycle, removing the guesswork and variability of manual bench work.

CNC Busbar Processing: CNC Punching & cutting machine

As a CNC busbar processing machine, the CNC200 brings punching, shearing, and cutting into one programmable setup. The CNC busbar punching machine function places mounting and connection holes at exact centers, while integrated shearing trims bars to length in the same pass. Running both as a CNC busbar shearing punching machine eliminates the handoffs, re-clamping, and queue time of separate stations.

That all-in-one workflow means fewer touches per part, less floor space, and more predictable throughput than a line of single-purpose machines.

INTRODUCTION

Technical Information

Technical information for CNC Busbar Machine CNC 200

Two operations, one setup. Because the CNC200 shears and punches on a single base-mounted unit, your busbars don’t travel between a separate busbar cutting machine and a separate punching station. That removes the handling, re-clamping, and layout errors of a multi-machine process — and frees valuable floor space in the panel shop. There’s no need to invest in a standalone cutting machine at all; the CNC200 already covers both operations on its own.

No more scrap from a mismeasured bar. The CNC-controlled stopper positions every cut and every hole straight from your drawing, so the first piece matches the last. Mis-punched holes and re-cut bars — the hidden cost in every fabrication shop — effectively disappear.

One machine for both copper and aluminum. With a 200 × 15 mm capacity and Al/Cu capability, the CNC200 prepares the busbar sizes found in most LV switchgear and distribution boards, in either material, without changing machines. The Ø28 mm die and 200 bar operating pressure punch clean, consistent holes through thick bars.

Built around one operator — or two, if you want more speed. The CNC200 runs a full shearing-and-punching line with just one operator and 17 kW of power, directly addressing the skilled-labor shortage that limits so many shops. If production demands it, a second operator can work the cutting side while the first handles punching, so both operations run at the same time on the same machine. Industry 4.0 readiness means it slots straight into a connected, traceable production line.

HBC-CP.CNC200
Max capacity
200 × 15 mm
Power
17 kW
Max die
Ø28 mm
Operators
2
Process & capacity
FunctionsCutting + Punching
Max capacity200 × 15 mm
Max die / hole diameterØ28 mm
MaterialAluminum & copper
Positioning (stopper)CNC-controlled
Power & hydraulics
Rated voltage380 V AC
Total power17 kW
Frequency50 Hz
Operating pressure200 bar
Hydraulic oil290 L
Machine & operation
Machine weight5400 kg
Operators required2
Industry 4.0 readyYes
Mounting typeFloor base
Dimensions (L×W×H)537 × 240 × 188 cm

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How to Choose a CNC Busbar Machine for Your Facility?

When weighing how to choose a busbar machine for your facility, start with throughput: match capacity and cycle speed to real daily volume, not your peak week. Then factor the labor you’ll reclaim, since automated CNC punching free skilled staff from repetitive bench work. Programmed, repeatable cuts also deliver measurable busbar machine cost savings through less scrap and rework.

When weighing how to choose a busbar machine for your facility, start with throughput: match capacity and cycle speed to real daily volume, not your peak week. Then factor the labor you’ll reclaim, since automated CNC punching free skilled staff from repetitive bench work. Programmed, repeatable cuts also deliver measurable busbar machine cost savings through less scrap and rework.

Savings depend on volume, but automation typically cuts fabrication labor and scrap well below manual methods. The busbar machine cost savings from repeatable cuts and fewer reworks make the CNC busbar machine investment pay back faster on higher-throughput lines.

The CNC200 handles 200 × 15 mm capacity with Ø28 mm punching die, 200 bar operating pressure, and runs on just 17 kW. It cuts and punches copper in one setup with a single operator, Industry 4.0 ready for connected production.

The CNC200 is ideal for high volume — one operator runs the complete line, zero re-clamping means faster cycles, and the CNC-controlled precision eliminates scrap and rework, cutting per-part cost significantly.

Match capacity to your real daily volume (not peak), calculate labor savings, choose a manufacturer with solid tooling support and after-sales service, and ensure Industry 4.0 compatibility. Frame it as an investment — the payback shows in faster jobs and lower per-part cost.

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