From sample to a part that fits
Bring a broken part, a drawing or a problem without a design yet. We establish what the part must do, how it mounts and what it will face in use. Then we decide what to reproduce and what to change to make installation, servicing or repeat production easier.
Replacing discontinued parts
A clip holds a panel, a bracket positions a sensor and a trim piece follows the cabin contour. Each depends on different dimensions. We reconstruct the relevant geometry from the sample and installation area, then use a trial part to check fit.
Reproduction of discontinued spare partsTooling for workshops and production
An assembly jig positions parts consistently. A drill guide transfers a hole pattern, and a holder frees both hands for the operation. We design the tooling around tool access, assembly order and frequency of use.
Assembly jigs and fixturesPrototypes and short runs
We can start with one enclosure, bracket or adapter and fit it to the real equipment. This can reveal a screw that is hard to reach or a connector that needs more space. We then refine the model and agree the parameters for a short run.
Custom electronics enclosuresWhat we plan to develop
Large parts made in sections
Long trim, covers and panels for interiors, campervans and equipment. We plan joints, fastenings and visible surfaces during modelling.
Digital part archive for repeat orders
We plan to retain the approved model version, material and critical dimensions so repeat orders use the intended revision.
New digital manufacturing methods
We plan to explore other 3D printing processes and expand our material range. This could offer more ways to make a part based on strength, accuracy, surface finish and operating conditions. New processes and materials will be introduced after practical validation.