SWITCHGEAR & ELECTRICAL PANELS
Busbar machines for switchgear and panel production
Panel production starts with connection geometry. Choose a machine around the bars you assemble, the hole patterns you repeat and the space available in your workshop.
Start with the finished connection
Compare the bar size, hole pattern and bending sequence for your switchgear connections. A standard 3-in-1 workstation covers mixed jobs; servo positioning can be considered when repeated marking and setting are the bottleneck. Send a representative drawing for a machine and tooling review.
A practical starting point
For a workshop that needs cutting, punching and bending, compare the standard 30-3NC, 50-3NC and 80-3NC ranges. Use the maximum thickness and width that occur together on an actual part, then check every operation.
When repeated positioning matters
If operators spend substantial time resetting dimensions, review the 50-3NC PRO. Its four servo positioning axes address cutting, punching and bending gauges. It still requires workpiece handling, so compare the complete part cycle.
Bring a representative connection
Send a drawing with material, thickness, width, hole sizes, edge distances, bend directions and assembly references. Include daily quantity and your electrical supply. This gives MOTI a useful basis for discussing tooling and machine configuration.
From stock bar to cabinet connection
A typical fabrication route starts with cutting the blank, locating the connection holes and forming the bends needed to meet the assembly. The order may change with the part. Keep hole centers and bend positions referenced to the same drawing datum, and check how short flanges or a formed bend affect access to the next operation.
Match the tool set to the connection
Round holes, slots and breaker connections may need different tools even within one material size. Our HEMACK project shows why a dedicated connection tool can be part of the equipment discussion. Include the mating breaker or terminal drawing where it controls fit.
Organize operators and material flow
Three independent hydraulic workstations allow work to be organized in parallel. The useful layout includes access to each station, support for the longest bar and somewhere to place finished parts. If one operation dominates the job, discuss a different station mix or a separate machine.
IN THIS GUIDE
Have a similar part?
Send your drawing, material size and production requirements. Include the holes and bends you need to make.
01 RELATED EQUIPMENT
Explore the machine options.
3-in-1 workstation
Everyday busbar fabrication for panel workshops.
12 × 160 mm
Thickness × width · operation limits apply
3-in-1 workstation
A wider working range for panel production.
16 mm thickness class
Thickness × width · operation limits apply
Servo 3-in-1
Four servo positioning axes for repeated work.
16 × 250 mm
Thickness × width · operation limits apply
From Panel Drawings to a Working Configuration
Review documented panel and switchgear projects, then prepare the hole-pattern drawing needed for machine and tooling review.
Tell us about the busbars you make.
Share your material, maximum thickness and width, and the cutting, punching or bending work you need. A drawing or a sample requirement helps us discuss the right machine and tooling.
We use your details to respond to your machine enquiry. For drawings, use the email or WhatsApp links below.
Have a drawing? Attach your PDF, CAD file or clear part photo in email or WhatsApp. Include material, thickness, width and quantity.