Engineering studio — Bournemouth
Design. Prototype. Manufacture.
Practical engineering and digital fabrication for real-world problems.
- Bournemouth, UK
- CAD & product development
- 3D printing & prototyping
- Low-volume production
How a project moves
From problem to finished part
Every project follows the same connected path — a defined problem becomes a validated design, then a manufactured result.
- Problem & requirements
- Design
- Prototype
- Validate
- Manufacture
Capabilities
- CAD & Product Development CAD design, reverse engineering and design for manufacture — turning a problem, a sketch or an existing part into a design that can actually be made.
- 3D Printing & Prototyping FDM and resin 3D printing for functional prototypes, replacement parts and appropriate short-run manufacture.
- Laser Cutting & Engraving CO2 laser cutting and engraving for suitable materials, technical panels, templates and functional components.
Featured project
Custom radiator heat-meter covers
A custom-fit PETG cover developed through site measurement, three prototypes and in-situ validation, then manufactured as a 150-unit production run for a residential property.
View projectWorking method
How we work with you
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Bring the problem
Start with whatever you already have: a photo, a sketch, measurements, a CAD file, an STL or STEP file, a broken component, or simply a written description.
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Define requirements
Confirm what the finished result needs to do, fit and withstand before any design work begins.
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Design and prototype
CAD design and a physical prototype, refined through iteration.
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Validate
Check fit, function and finish against the real requirement before committing to production.
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Manufacture
Produce the validated design, from a single part to a low-volume run.
Start a project
Discuss a project
Bournemouth, UK.