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Return to the homepageWe run the machines ourselves. Send a file or describe the requirement; an engineer chooses the process and the material, confirms feasibility by email, and we make it.
STEP · STL · 3MF · OBJ · IGES, plus drawings in PDF or DXF. Files are handled in confidence and never reused. How we handle your geometry
Manufacturer specifications for the machines named. They are not measured by us and are not a guarantee of part performance, which is assessed per part during review. Full capability and limits Compare FDM and resin
Every marketplace runs an algorithm that guesses at your geometry. Every small shop quotes slowly by hand. We do neither.
Your file is genuinely analysed, and then a person who runs these machines reads the result before it reaches you. We are not slow, and we are not guessing.
What the review checks, in orderSTEP, STL or 3MF, or a paragraph about what the part has to survive. Both start the same review.
Not eyeballed. Mesh integrity is validated, and slicer settings are derived from your actual geometry against the material, the nozzle and the goal for the part.
Orientation and layer axis, wall and feature minimums against the chosen nozzle, material fit to the service environment you described, and whether it fits the envelope or needs segmenting.
What we would make it from, what we would change and why, and anything we have flagged. If something in the geometry will cost you, you hear it before it is printed rather than after.
Support removal and basic finishing are included. Anything further is agreed in advance, never assumed.
If a proposed setting would alter how the part looks, the tooling has to raise it as a quality risk rather than take the decision for you. No instant-quote engine tells you what it changed about your part.
How a part is made is selected against evidence we have recorded, not against whatever the shop did last time. It is the same discipline we apply to every number published on this site.
A record of projects, their starting material and the corrections that changed the route. The work is shown here without invented project photography.
Read the recordReference material interpreted into parametric CAD, with bench findings returned to the model.
A PETG enclosure shaped around inserts, cutouts and a visible-face-down lid.
The project that established the resin runbook.
All of it comes off the same machines, in the same room, with the same people deciding how a part should be made.
01
You have the geometry, or you can describe the problem. We choose the process and the material, make it, and confirm feasibility by email. One part is a normal order.
02
The same file, the hundredth time, to the same standard as the first. Parallel capacity across several machines, with the material chosen for the run rather than for the prototype.
03
We design the object, run the production, and build the store that sells it. This is the half of the company most people do not expect: a store factory behind the print farm.
There is no calculator on this page. A person reads every request, because the difference between a part that prints and a part that warps is usually a detail a form would not have asked about.
Your geometry is confidential. It is used to review and produce your parts and for nothing else: not to train anything, not as a reference for other work, and never published.
Some jobs are reviewed or sourced through assessed partners after technical assessment. Where that happens, the same obligation is passed on before anything is shared, and we will tell you if it applies to your part.
We will sign your NDA on request, or supply ours. Do not send anything you consider sensitive until that is in place.
You keep every right in your design. Sending us a file grants us permission to make the part you asked for, and nothing further.
Email is faster if you already have the file. This is for when you would rather describe the problem and let us tell you what it should be made of.