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DFAM FACTORY

Functional 3D-printed parts — aluminium strength, made in Berlin.

We help engineering teams work out which parts to print and which to machine, then redesign and produce the printed ones. Functional parts in days instead of weeks.

Request a quoteSee what we make
12080MOUNTING BRACKET / FRONT
Fig. 1 — Mounting bracket, front view, dimensions in mm.
Location
Berlin, Germany
Typical lead
3–5 business days, often sooner
File formats
STEP, STL
Quote
Written, with a print-vs-machine verdict

What we make

240
Fig. 2 — Fixture plate with locating pins and counterbored holes, dimensions in mm.

Jigs and fixtures

Workholding that matches the part, not the other way round. Reprint a revision the same week instead of re-machining it.

GRIP RANGE 48
Fig. 3 — Two-finger gripper, front view, dimensions in mm.

End-of-arm tooling and grippers

Light, stiff, and shaped for the specific part being handled. Weight comes off the robot's payload budget.

SECTION A–A / Ø26 BORE
Fig. 4 — Stepped bushing, section view, dimensions in mm.

Replacement and bridge parts

Discontinued components and short-run parts produced from a drawing or a scan while tooling is unavailable.

Why continuous fibre

Continuous fibre is laid along the load path. In the right application, that directional reinforcement is why a printed part can replace a machined aluminium part.

Continuous carbon-fibre nylon composite700 MPa6061-T6 aluminium310 MPaChopped carbon-filled nylon70 MPaABS40 MPa

Typical published values along the fibre direction. Printed parts are anisotropic — we quote per load case.

CONTINUOUS FIBRE PATHCOMPOSITE MATRIX
Fig. 5 — Continuous-fibre bracket section, fibre routed around bolt holes.

Which process fits your part?

The first thing we return is an assessment, not a sales pitch — whether printing is the right call at all, and which process and material suit the load case.

Request a quote
Input
CAD file and load case
Assessment
Process, material, orientation
Decision
Print-vs-machine verdict
Output
Written quote

Process

SINGLE LAYER / PERIMETER + INFILL / PLAN
Fig. 6 — Single-layer perimeter and infill toolpath, plan view.
  1. 01

    Send the file

    STEP or STL, plus the load case and quantity.

  2. 02

    We assess

    Process, material and orientation, with a print-vs-machine verdict in writing.

  3. 03

    Production

    Printed, post-processed and dimensionally checked.

  4. 04

    Delivery

    3–5 business days, often sooner.

Send the part. Get a print-vs-machine verdict.

Request a quote