Service
Mechanical Design & Rapid Prototyping
Didur Labs provides mechanical design, custom enclosures, fixtures, mounts, tooling, and prototypes built to support electronics and complete product development. Mechanical work here is not decorative—it exists to make hardware mountable, serviceable, and ready for the real world.
Capabilities
What we do
- Parametric CAD modeling
- Custom enclosure design
- Electronics and PCB fit
- Panel, mount, and bracket design
- Test fixtures and jigs
- Tooling and assembly aids
- Gridfinity and tool organization systems
- Reverse engineering of existing parts
- Tolerance and fit analysis
- Design for 3D printing
- Design for CNC machining
- Design for assembly
- Material selection
- Prototype fabrication
- Iteration and refinement
- Small production runs
- Documentation and drawings
Toolbox
Technologies we work with
- Autodesk Fusion
- Parametric CAD
- FDM 3D printing
- Resin (SLA) 3D printing
- CNC machining
- Laser cutting
- Gridfinity
- STEP and STL workflows
- Threaded inserts and fastening systems
- Engineering-grade filaments
Process
Project lifecycle
- 01Requirements and constraints
- 02Concept and reference gathering
- 03CAD modeling
- 04Fit and tolerance review
- 05Prototype fabrication
- 06Test and iterate
- 07Refinement
- 08Small run or handoff
- 09Documentation and drawings
Good mechanical design is invisible when it works: the enclosure fits, the fixture holds, the part goes together. The goal is hardware that is practical to build, service, and live with.