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FDM 3D printing

Printed on our enclosed Bambu Lab P2S with a hardened toolhead and a 300 °C hotend, so we can run carbon- and glass-filled nylons as easily as PLA. Every file is checked by a person before it prints.

Section through an FDM part being printed: the nozzle lays a new bead on top of four finished layers.BUILD PLATE · HEATED · ENCLOSED CHAMBERL1L2L3L4L5HEATSINKHOTEND 300 °CHARDENED NOZZLEØ0.4 (0.2–0.8)0.20 LAYER
Fig. S-01.1Section through a part mid-print. Each bead is one extrusion line running into the page.

Good for

  • Form, fit and function prototypes
  • Low-volume end-use parts
  • Housings and brackets
  • Replacement parts

Materials

Datasheets
  • PLA
  • PETG
  • ABS
  • ASA
  • TPU 95A
  • PC
  • PETG-CF
  • PA6-CF
  • PAHT-CF

Not the right fit

Mirror-smooth cosmetic surfaces. Ask about SLA instead.

How we run it

  1. 01

    Orientation chosen for strength

    FDM parts are weakest between layers. We orient each part so the load runs along the layers, not across them, and tell you when that trades against surface finish.

  2. 02

    Wall and infill set per job

    Brackets get extra perimeters. Display models get less. The quote shows exactly what we plan to print so there are no surprises.

  3. 03

    Multi-material when it helps

    Soluble or breakaway support interfaces for clean undersides, and up to four colours in one part for labels or keyed features.

Price it now

Upload a model for an instant price. A person reviews every file before it prints.

Get an instant quote