We do not own a factory. That is the point.
An in-house plant can only sell you what it already runs. We match your part to manufacturers who genuinely run that process in that material — then stand on their floor while it is made.
| Process | ABS / PP | Aluminium | Steel | Zinc alloy | Mixed |
|---|---|---|---|---|---|
| Injection moulding | ● | · | · | · | ● |
| Metal stamping | · | ● | ● | ○ | ● |
| CNC machining | ○ | ● | ● | ● | ● |
| Die casting | · | ○ | · | ● | ○ |
| Assembly | ● | ● | ● | ● | ● |
How a part gets made
Four stages, using the tooling-industry T numbering rather than invented step numbers.
Feasibility review
Before quoting we say whether the part can be made the way it is drawn. Draft angles, wall thickness, undercuts, and tolerance stacks get flagged here — changing a drawing costs an afternoon, changing a steel tool costs a great deal more.
Supplier matching
Matching the part to manufacturers who already run that process in that material. A shop that is excellent at aluminium stamping is not automatically the right shop for a zinc die casting, and we will say so rather than push the job through.
Tooling and first article
Tool build, T1 samples, and dimensional reporting against the drawing. Tooling you pay for is yours — the tool stays available to you whether or not you keep working with us.
Production oversight
In-process checks and pre-shipment inspection on the manufacturer’s floor, against a control plan agreed in advance. Findings go to you as they are, including the lots that should be quarantined.
The feasibility review is where the money is saved
Almost every expensive manufacturing problem was visible in the drawing before the tool was cut. A draft angle that is one degree short, a wall that steps too abruptly, a tolerance that no process in that material can actually hold.