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Discipline 07 of 09

Form thatfunctions

We design the physical side of every productparts and mechanisms and enclosures modeled in CADand proven through functional prototypes

Machined metal parts resting on engineering drawings
Reference visual

What we engineer

Mechanical Designin practice

What RoboFab engineers in Mechanical Design

  1. 01

    Product development

    Concepts refined into manufacturable parts with clear dimensions and tolerances

  2. 02

    CAD modeling

    Precise parametric models of parts and assemblies and enclosures

  3. 03

    Mechanical assemblies

    Joints gears and linkages designed to move reliably for a long time

  4. 04

    Enclosure design

    Housings for electronics with mounting and ventilation and access designed in

  5. 05

    Reverse engineering

    Existing parts measured and scanned and rebuilt as editable CAD

  6. 06

    Functional prototypes

    Physical prototypes printed and assembled and tested before production

Typical architecture

How the systemfits together

A common shape for this kind of systemEvery project gets its own architecture

Typical Mechanical Design architecture

RequirementsCAD modelDrawingsPrototypeRelease filesTesting

Typical applications

  • Electronics enclosures
  • Robot frames
  • Grippers and fixtures
  • Replacement parts
  • Product housings
  • Jigs and tooling

Technologies

  • SolidWorks
  • Blender
  • Parametric CAD
  • Sheet metal design
  • Assembly design
  • 3D scanning
  • Technical drawings

You receive

  • Native CAD files
  • STEP and STL exports
  • Technical drawings
  • Assembly instructions
  • Designer working on a mechanical part model on screenReference visual
  • Engineers pointing at a CAD model on dual monitorsReference visual
  • Metal rod being machined on a latheReference visual
  • Robotic gripper on a white backgroundReference visual

Reference visuals illustrate the field and are not RoboFab project records