MARHARD  ·  robot cell engineering

One prompt. A whole factory cell.

Describe the cell you need. MARHARD lays it out, programs the robots, simulates the cycle, checks it and prices every part.

Scroll to build

01  Prompt

Say what you need.

Throughput, process, robots. One sentence is enough to start.

02  Robots

Robots land where they reach.

Four ABB IRB 6700s, 200 kg payload and 2.60 m reach, placed so every weld is in range, then bolted to their bases.

03  Tooling

Then the guns, then the body.

A servo spot-welding gun on every flange, and the body-in-white the four of them will join.

04  Cell

The line builds itself.

Skid conveyor, walkways, weld controllers, fencing and light curtains, plus a humanoid load station at the infeed.

05  Program

Every weld, generated.

16 spot welds split across four robots, each with its approach, dwell and retract.

06  Simulate

Run it before you build it.

Outside the fence a humanoid loads each body. Inside, four robots weld it. Real joint limits, real reach.

07  Validate

Checked, not hoped.

Collisions, cycle time against takt, throughput and wrist singularities, checked while it runs.

08  Parts

Real parts. Real files.

Every component is a catalog part with a part number, dimensions and a STEP file you can order from.

09  Price

Priced down to the bolt.

A full bill of materials with integration hours and payback, before anyone signs a quote.

10  Go-live

Then it goes live.

Programs posted for every controller, sent, calibrated and dry-run. The first body is welded the day the cell is ready, and the model stays connected.

11  Scale

The same prompt scales.

From one welding station to aerospace-grade manufacturing lines.

MARHARD  ·  book a demo

See your cell built live.

Tell us the cell you need. On a 30-minute call we build it in MARHARD in front of you, from one prompt to a priced, simulated layout.

Opens a calendar: pick a 30-minute slot that suits you.