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Tekt Industries

Specialisation · Design · Manufacture · Lifecycle

Industrial Design

Form, ergonomics and manufacturability resolved together — product design that looks right, feels right and moulds right.

Discuss an industrial design project

Why Tekt

Designed for hands, engineered for tooling

Industrial design that ignores the tool is concept art. Ours is practised alongside mechanical engineering and our own workshop — every surface, snap and seam validated on in-house prints before tooling is cut.

From wearables to large connected pods like Petminda, our designs carry brands into production without losing their intent.

Concept sketching & CMFErgonomics & user trialsCAD surfacing & DFMRapid prototyping & model-makingIP66+ enclosure design

How we deliver

Unique value, end to end

  • Prototype-driven form

    Same-week 3D prints test ergonomics and assembly before opinions harden.

  • Design for the tool

    Draft, wall sections and gate strategy resolved with the moulder, not after.

  • Brand carried through

    CMF and detail language protected through cost and compliance pressure.

Case studies

Case studies

Real programs from this practice — the brief, the engineering approach, and where it landed.

  • Case study 01 · Petminda

    Public-infrastructure pet pods

    A product the public touches daily: Petminda’s pods balance an approachable form with vandal-resistant, washable, all-weather engineering — proven through our in-house prototyping.

  • Case study 02 · Melbourne Zoo

    Enrichment feeder for carnivores

    The Zoo feeder gamifies feeding time for big cats — an electro-mechanical design rugged enough for claws, keepers and weather, engineered from concept to build.

  • Case study 03 · Fusion Guitars

    A consumer product with stage presence

    Fusion’s amplified guitar integrates speakers, amplifier and phone dock into an instrument-grade form — industrial design carried intact through DFM into production.

What we solve

Problems this practice removes

  • Beautiful concepts that can’t be moulded
  • Ergonomics discovered after tooling
  • CMF intent lost to cost-downs
  • Enclosures that leak at IP test

Tools, processes & standards

Sketch-to-CAD surfacingIn-house SLA/FDM print labMouldflow-informed DFM reviewCMF libraries & samplesIP66+ sealing design practiceUser-trial protocols

Who delivers it

The team behind it

  • Industrial designer — Consumer and industrial portfolios; tooling-literate
  • Mechanical engineer — Enclosure structures, sealing and tolerance stacks
  • Prototype technician — Model-making and finish-quality builds

Capabilities

Form & CMFErgonomicsDFMSealing

FAQ

Frequently asked questions

A product people will hold?

We shape it, test it in real hands, and carry it into tooling.

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