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3D design and printing

Design and manufacture of custom parts

Enclosures, discontinued spare parts, functional prototypes and adaptations. From the idea, the drawing or the broken part to the finished component.

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What we solve

Custom enclosures and cases

Housing electronics or mechanisms in a case made to measure: openings aligned with the real connectors, integrated fixings and access for maintenance without dismantling the whole assembly.

See 7 projects

Electronics and automation

When the part isn't enough and something has to be made to work: microcontroller control, integration with home automation, adapting equipment left without manufacturer support, and fitting the electronics inside its own case.

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Print on demand

Manufacturing from the file you already have, with no design to commission. Whatever the part, what makes the difference is the material and the orientation it is printed in: that is where we apply judgement.

Screens, touch panels and overlays

Finding the reference that fits —original or compatible—, sourcing it and delivering it tested. To replace one that has broken, or to equip a new build.

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Custom parts and spares

Discontinued parts, parts with no replacement available, or parts never made in series. They are reproduced by reverse engineering from the original, even if it arrives broken, and made in a material that stands up to real use.

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Prototypes and validation

When what has to be solved doesn't exist yet: a first version is built, tested in real conditions and corrected on the spot. As many rounds as it takes —mechanics, electronics and programming included— until the assembly responds.

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How we work

A part fitting isn’t a matter of luck: it comes from measuring properly, from choosing the material for what it has to withstand, and from testing it in place before making the batch.

  1. Understanding the job

    Before drawing anything we need to know what the part does, where it is fitted and what it is subjected to: temperature, friction, weather, load. If it is a spare part, also what made the original fail. When there is a reference part it is measured with calipers, even if it arrives broken: a broken part tells you more than you would think.

  2. Design

    CAD modelling on real dimensions, never approximate ones. Tolerances are decided here according to use: a lid taken off by hand is not the same as a housing that has to hold a board without play. And the material is chosen for what it has to withstand, not for what prints most easily.

  3. Validation

    A first part is made and tested properly fitted, in place. It almost never works first time, and that is the point: correcting a prototype costs an afternoon, finding the problem once the batch is made costs far more. As many rounds as it takes until it works.

  4. Manufacture and archive

    Production in the final material, with the parameters already validated and the agreed finish, ready to fit. The model is archived: if another unit is needed in two years, or twenty, they are made the same way without starting over.

Projects

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Capabilities

Technologies
FDM and resin
Materials
PLA, PETG, ASA, TPU, PVB and technical
Size
No limit: large parts are split into sections
Lead time
A firm date, given with the quote

A drawing, a photo or the broken part

Any of the three is enough to start. We will tell you whether it is feasible, which material it should be made in and how long it would take. A quote commits you to nothing.

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Email
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