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ALUMINIUM // CNC MACHINING

CUT ALUMINIUM. KEEP THE DATUM.

When plastic prototypes stop answering the question, aluminium machining gives teams real stock material, cleaner interfaces, and production-intent surfaces.

[MILLED · TURNED][STEP FILES][HOUSINGS · BRACKETS]
DELIVERABLES

WHAT LEAVES THE LAB

  • D-01CNC milled and turned aluminium parts
  • D-02Material and finish review
  • D-03Threads, bores, datum faces, and inspection notes
  • D-04First article and small batch workflow
  • D-05Tracked dispatch with job history
WORKFLOW

FROM FILE TO PART

  1. STEP 01

    Send STEP

    Upload STEP, IGES, SLDPRT, F3D, or DXF with material, quantity, and critical dimensions.

  2. STEP 02

    Review setup

    The lab checks stock, tool access, setups, threads, tolerance risk, and finish requirements.

  3. STEP 03

    Machine

    Mills and lathes cut the part from aluminium stock with progress visible online.

  4. STEP 04

    Inspect

    Every part is scanned and inspected before dispatch, then packed and shipped.

PART PROOF

REAL JOB PATTERNS

Representative build profiles, shown as process guidance rather than polished portfolio theatre.

PartProcessMaterialSpecTimeline
Sensor housingCNC millingAluminiumThreaded lid and boresFirst article
Robotics bracketCNC millingAluminiumLoad-bearing mountPrototype test
Optics mounting plateCNC millingAluminiumFlat datum faceSmall batch

Use aluminium when material behavior matters

Printed plastic is useful, but it will not prove heat transfer, machined threads, stiffness, wear, or final-material assembly behavior. Aluminium closes that gap.

Tolerances should follow function

Call out the holes, faces, threads, and mating dimensions that matter. Over-specifying every surface increases cost without improving the prototype.

FAQ

COMMON QUESTIONS

Can Wyntek machine aluminium prototypes?
Yes. Wyntek supports aluminium prototype and small-batch machining from uploaded CAD.
What file is best for aluminium CNC machining?
STEP is preferred. Include notes for material, finish, threads, critical dimensions, and quantity.
When should I choose aluminium CNC instead of 3D printing?
Choose aluminium CNC when stiffness, heat, threads, surface finish, tolerance, or production material behavior matter to the test.

READY TO SEND
THE FILE?

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