Design / Development
Tubular structure development
CAD-led development used to control packaging, interfaces and tube geometry before fabrication.
Selected work
Design. Make. Refine.
A snapshot of practical development work — CAD, machining, fabrication, workholding and one-off component development.
Fabrication / Workholding
Controlled tubular fabrication
Purpose-built workholding keeps a fabricated assembly located and repeatable through manufacture.
Machining / Tooling
Machined fixture plate
One-off machined tooling and fixture work developed around the component and process requirement.
Prototype / Machining
First-off machined detail
Fast workshop development from raw stock to a functional, application-specific component.
Turning / Detail parts
Precision turned components
Small-batch and one-off turned parts produced around fit, interface and functional geometry.
Fabrication / Detail
Fabricated assembly detail
Close attention to joint preparation, fit-up and access where a compact assembly has to work as a whole.
CAD / Development
Design review before manufacture
Geometry, interfaces and manufacturing intent are developed in CAD before parts move into the workshop, keeping the route from model to component controlled and practical.
Project method
Show the engineering, not just the finished part.
The value is in the route from requirement to component: constraints understood, geometry controlled, manufacture considered and the result refined around real fit and function.
- Problem or requirement
- Key engineering constraint
- Manufacturing approach
- Finished result and application