We are automating a manual MIG welding operation into a two-robot cell with a positioner and an operator load station. The cell must go into an existing bay with a 6.2 m ceiling and share a wall with a manual work area.
We need a complete cell design — layout, reach study, safety architecture and an ISO 13849 assessment — that our insurer and our works council will both accept.
| File | Type | Size | Access |
|---|---|---|---|
| Bay layout & services drawing | DWG | 18 MB | Released to invited engineers |
| Part CAD & weld schedule | STEP | 42 MB | NDA required |
| Current cycle time study | XLSX | 2 MB | NDA required |
| Existing electrical capacity report | 3 MB | Released to invited engineers |
A milestone is accepted and paid when these are demonstrably met — not when it is merely submitted.
Submitted proposals are normalised into the same axes so they can actually be compared. The platform does not choose for the client — it makes the technical comparison transparent.
Lowest price is not automatically ranked first. Price sits alongside methodology, assumptions, verification and availability, because the cheapest proposal against an incomplete methodology is not the cheapest project.
Each match shows the evidence behind the score — and states what is missing rather than hiding it behind a rank.
We need a complete cell design — layout, reach study, safety architecture and an ISO 13849 assessment — that our insurer and our works council will both accept.
We need a complete cell design — layout, reach study, safety architecture and an ISO 13849 assessment — that our insurer and our works council will both accept.
We need a complete cell design — layout, reach study, safety architecture and an ISO 13849 assessment — that our insurer and our works council will both accept.
We need the full structural design package — analysis, member sizing, detailing and calculation report — produced to a standard our local reviewing engineer can check and sign without redoing the work.
