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How 3D Printing can support your project
3D printing can shorten the feedback loop during product development by turning suitable CAD geometry into a physical part without conventional production tooling. It can be useful for visual models, fit checks, assembly studies, jigs and selected prototype components.
For Motor Components Ltd customers, 3D printing is positioned as a development tool. The final production material and manufacturing process should still be selected according to the mechanical, electrical, thermal and commercial requirements of the component.
When this service is useful
- A design team wants to inspect a new geometry physically.
- A housing, bracket or interface needs a fit check.
- A fixture or assembly aid is required during development.
- Several iterations need to be compared before committing to tooling.
- A prototype is required to support a sourcing discussion.
Typical project process
Purpose review
The intended use of the printed part is clarified first.
Geometry check
CAD data is reviewed for scale, wall thickness, interfaces and critical features.
Material/process selection
A suitable additive route is considered based on the prototype requirement.
Print and finishing
The part is produced and any required finishing is applied.
Engineering review
The prototype can then inform the next revision, sample stage or production component enquiry.
Information to include with your enquiry
The more clearly the requirement is defined, the faster technical questions can be resolved. Useful information includes:
Frequently asked questions
Is a 3D-printed prototype the same as a production component?
Usually not. Additive manufacturing can validate geometry and design intent, while the production part may use a different material or process.
Can 3D printing help before tooling is ordered?
Yes. It can be used to review shape, fit and assembly before committing to production tooling where the component is suitable.
What should I send?
Send the 3D CAD file, the intended use of the prototype, required quantity and any critical dimensions or surface requirements.