3-in-1 workstation
MOTI-30-3NC
Everyday busbar fabrication for panel workshops.
12 × 160 mmThickness × width · operation limits apply
BUSBAR PROCESSING MACHINES · MOTI
Busbar machines.
Built for your work.
Cut, punch and bend copper busbars for switchgear and electrical panels. Match your machine and tools to the parts you make.
Workpiece-based selection Custom tooling options
Cut. Punch. Bend.Three processes. One workstation.
12 × 160 → 20 × 300 mmPublished standard 3-in-1 capacities*
Jinan, ChinaEquipment, tooling & technical support
01 FIND YOUR FIT
Your workpiece comes first.
Start with the material, maximum thickness and width, then choose how much positioning assistance your process needs.
02 FROM COPPER BAR TO CONNECTION
Look closer at the process.
See the workstations, tools and sample shapes behind the finished electrical connection.
Cutting
Prepare the blank with a defined length and supported stock.
Punching
Keep common holes ready in a turret and locate each pattern.
Bending
Match direction, radius and flange geometry to the right tool.
03 THE MACHINE RANGE
Right size. Right level of control.
Compare the published working range, then look closer at positioning, tooling and the work each operator performs.
Servo 3-in-1
MOTI-50-3NC PRO
Four servo positioning axes for repeated work.
16 × 250 mmThickness × width · operation limits apply
Heavy-duty 3-in-1
MOTI-80-3NC
For thicker and wider copper busbars.
20 × 300 mmThickness × width · operation limits apply
05 CUSTOMER PROJECTS
Machines, parts and people.
Explore equipment and tooling projects, shipment preparation and customer follow-up from four markets.
BRAZIL · HEMACK · CUSTOMER PROJECT
HEMACK: from a machine demonstration to connection tooling
A MOTI-50-3NC project for HEMACK in Brazil, covering FEIMEC contact, connection drawings, dedicated forming tools and shipment preparation.
Explore project
BRAZIL · TRISKEL · CUSTOMER FOLLOW-UP
TRISKEL: supporting an 80-3NC in an operating workshop
MOTI’s May 2026 visit to TRISKEL in Brazil, reviewing the 80-3NC in use and discussing maintenance, production and future upgrades.
Explore project
UNITED ARAB EMIRATES · CUSTOM CONFIGURATION
Two punching stations for a different production balance
A custom MOTI machine supplied to the UAE: two six-die punching units, one cutting unit and independent hydraulics for 12 × 160 mm busbars.
Explore project06 PRACTICAL BUYING GUIDES
Arrive with a clearer brief.
Compare the equipment, define the tool package and prepare for delivery and first production.
BUYING GUIDE · MACHINE SELECTION
How to choose a busbar processing machine
A practical checklist covering material, thickness, width, operations, positioning, tooling and the information needed for a useful MOTI quotation.
Read more
COMPARISON GUIDE · POSITIONING
Standard 3-in-1 or servo 3-in-1 busbar machine?
Compare standard MOTI 50-3NC and 50-3NC PRO: the same published thickness and width range, with different positioning assistance.
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TOOLING GUIDE · HOLES, BENDS & CONNECTIONS
Specify the tool around the finished busbar
How to describe punching dies, bending tools and combined forming requirements for a MOTI busbar machine quotation.
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PROJECT GUIDE · DELIVERY & SUPPORT
Busbar machine delivery, installation and support
A practical MOTI project checklist for configuration, sample review, packing, installation preparation and technical support.
Read more07 BEFORE YOU ASK
Good questions. Useful answers.
Which machine should I consider for 200 mm wide busbars?
Start with thickness and the required process. MOTI publishes 12 × 200 mm for the 30-3NC MAX and portable 200B, and 16 × 250 mm for the 50-3NC and 50-3NC PRO. A dedicated bending application may follow a different route. Share a drawing before choosing.
Does a CNC 3-in-1 machine automatically feed every station?
The CNC description needs to be checked per operation. Standard machines require workpiece handling. The 50-3NC PRO specifies four servo positioning axes; these assist positioning and do not remove all operator handling.
Can MOTI discuss special punching or bending tools?
Yes. Send the hole or bend drawing, material, thickness, edge distances and machine interface. The published HEMACK project includes dedicated connection-tooling discussions.
What information is useful for a quotation?
Provide your drawing, material, maximum thickness and width, hole and bend requirements, daily quantity, electrical supply and destination. Ask for an itemized machine, tooling and service scope.
LET’S START WITH YOUR DRAWING
A better fit starts
with your requirements.
Tell us your material, busbar size and operations.
We’ll help you select the machine and tooling.
*Published capacities are for preliminary selection. Material, tooling and individual operations must be checked against your drawing.
BUSBAR INSIGHTS
Plan your next production step.
18 September 2026
Busbar Drawing Revision Control: Keep Tools and Trials Aligned
Control busbar drawing, tool…
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Busbar Machine Power Supply: What to Confirm Before the Order
Confirm voltage, phase, freq…
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Servo Positioning on a Busbar Machine: Test It with Your Own Parts
Use a part-based trial to ev…
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