3-in-1 workstation
MOTI-30-3NC
Everyday busbar fabrication for panel workshops.
12 × 160 mmThickness × width · operation limits apply
Wide-format 3-in-1
MOTI-30-3NC MAXWide-format Busbar Processing Machine
More width in the 12 mm thickness class.
The 30-3NC MAX is documented in a MOTI delivery project for a customer requiring 12 mm thick, 200 mm wide copper busbars. It offers a separate selection path when you need additional width within the 12 mm thickness class.
Thickness × width12 × 200 mm
Send your drawing to check material, tooling and operation limits.
THE RIGHT APPLICATION
More working width within the 12 mm thickness class.
The MOTI-30-3NC MAX was developed around a specific size requirement: a busbar wider than the standard 160 mm range, without moving above 12 mm thickness. The UAE delivery documents a 12 × 200 mm machine with cutting, punching and bending. It is a useful route for wider connections in electrical cabinets and distribution equipment. If your design also increases thickness, compare the 50-3NC or 80-3NC instead.
01 TECHNICAL OVERVIEW
Know the working range.
Machine specifications from MOTI product information. Your quotation defines the supplied version and tooling.
| Thickness × width | 12 × 200 mm |
|---|---|
| Independent hydraulic systems | 3 |
Product referencesMOTI source 1
02 INSIDE THE PROCESS
See how the work gets done.
Equipment details, positioning and the workpiece requirements to discuss for this model.
01
Three operations, independently powered
The MAX delivery describes three independent hydraulic systems for cutting, punching and bending. The workshop can organize work around the operations it repeats most. The configuration remains a three-process workstation, with operators responsible for workpiece handling.
02
Wider parts and the tool envelope
The delivery report describes punching with different hole shapes according to the tooling, hydraulic shearing and multiple bending forms. A 200 mm wide blank still needs its hole positions and bend orientation checked. Send the complete finished drawing so the tooling and available clearance can be reviewed.
03
A machine you can review before shipment
The MAX project describes pre-shipment checks of the hydraulic, control and processing systems, together with machine photographs and video for the customer. Define the part and measurement points you want included in your own inspection record.
03 TOOLS & FINISHED PARTS
Specify what you need to make.
The final tool package follows your part geometry and the selected machine configuration.
Punching tooling
Specify the required hole set. The report describes flexible tooling; do not assume the standard 30-3NC accessory list applies unchanged.
Bending configuration
Discuss flat, edge, U/Z, twisting or embossing work from drawings. Each form requires a suitable tool.
Material support
Include stock length and working height in the layout discussion for wider bars.
FOR A TOOLING REVIEW
Send the complete connection.
- Material and thickness × width
- Hole sizes, centers and edge distances
- Bend direction, radius, angle and flange length
- Assembly references and tolerances
- Machine model and tooling interface
04 FROM SELECTION TO PRODUCTION
Review a complete working cycle.
- 01
Prepare the job
Identify the material, drawing revision and finished-part dimensions. Select the required punch and bending tools, set the cutting reference and provide support for the full bar length. Use the operating manual for setup and tool changes.
- 02
Make and check the first part
Check cut length, hole centers and the finished bend against the drawing. Keep the same datum through successive operations. For a new material batch or tool, check the first bend before applying the setting to the rest of the order.
- 03
Organize the repeat work
The three independent hydraulic workstations allow cutting, punching and bending to be organized in parallel. Plan the operators’ working areas, part transfer and material supports. Actual output depends on the whole job, including loading, positioning and inspection.
05 MOTI-30-3NC MAX · QUESTIONS
Before you choose.
Is MAX a thicker-bar upgrade?
The documented upgrade is width: 200 mm instead of the standard 30-3NC’s 160 mm, while maximum thickness remains 12 mm.
Are all standard 30-3NC dimensions and accessories identical?
Do not assume that. The MAX project confirms the 12 × 200 mm range and independent systems; the final machine dimensions, power and accessory list should be stated for the supplied MAX configuration.
Can I see a MAX delivery?
The UAE project includes photographs of the supplied machine and explains the wider-busbar requirement. Follow the linked case below to see that configuration.
06 COMPARE OPTIONS
Find the right level of capability.
3-in-1 workstation
MOTI-50-3NC
A wider working range for panel production.
16 × 250 mmThickness × width · operation limits apply
Servo 3-in-1
MOTI-50-3NC PRO
Four servo positioning axes for repeated work.
16 × 250 mmThickness × width · operation limits apply
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.