We make the partthat doesn't exist.

Broken parts nobody sells anymore.Mounts that never existed.Adaptations you won't find in a catalogue. Vila Real, Portugal.

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How this starts

It doesn't exist.I needed someone to make this and I can't find anyone.

There's no shortage of machines. What's missing is someone who takes a badly explained problem and turns it into geometry. Whoever finds us has already looked elsewhere. We're not the first stop, we're the last.

How this ends

That's exactly it.

It's not "it works". It's recognition. The person had a picture in their head and the object came out the same.

What we do, in order

listen

A photo and a description are enough to start.

translate

The badly explained problem becomes geometry.

design

3D model with the right measurements and tolerances.

test

A first version just to check the fit.

adjust

Tenths of a millimetre until it fits.

produce

The final part, in the right material for the job.

The central verb is translate. Turning a badly explained problem into geometry, and the geometry into an object. It's the only step the machine can't do on its own.

The part broke and it's not made anymore

We measure, rebuild and produce the one that works.

E.g.: wing mirror mount, appliance part.

Replacement parts →

You have an idea and no drawing

You don't need to know CAD or arrive with a file.

E.g.: custom mount, an adaptor that's not in any catalogue.

Modelling →

You want to test before producing

Find the mistake in the prototype, not in the batch.

E.g.: checking fit and ergonomics before ordering the mould.

Prototyping →

You have the file and need the parts

Send it, we tell you the price and the timeline. No minimums.

E.g.: 50 mounts for an assembly, one urgent one-off part.

Production →

What nobody sees

The right part is almost always the last of several.

Whoever receives it sees the finished object. They don't see the versions that didn't make it, or the tenths of a millimetre corrected between one and the next. That's the work that makes the part fit.

See our work →

Several versions of the same mount printed in 3D, from the first attempt to the final part

3D printed models published on MakerWorld