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3D Printing & Prototyping
A physical prototype can answer questions that are difficult to judge on screen. Innovicad can prepare printable geometry and prototypes for fit checks, concept validation and practical testing before further investment in production.
What you can send
- Existing CAD or a new design brief
- Target fit or test objective
- Required dimensions
- Preferred print constraints when known
What you receive
- Printable STL geometry
- Prototype-ready CAD
- Physical prototype when agreed
- Revisions based on fit or test feedback
Good fit for
- Fit and packaging checks
- Early concept validation
- Functional prototype iterations
- Checking geometry before production
Typical workflow
A direct path from input to deliverable.
Define the test
Clarify what the prototype needs to prove: fit, form, movement or another function.
Prepare geometry
Create or adjust the CAD so it is suitable for the intended prototype.
Prototype & inspect
Produce or prepare the model for printing and assess the result against the goal.
Refine if needed
Update the geometry based on what the physical test reveals.
Common questions
Questions people often ask about 3d printing & prototyping.
Can you make a 3D printable model from my idea or sketch?+
Yes. A concept can be developed into CAD and prepared as printable geometry for the intended prototype.
Can you prepare an existing CAD model for 3D printing?+
Yes. Existing geometry can be checked and adjusted for the prototype objective and exported to an appropriate printable format.
Do you provide STL files for prototyping?+
Yes. Printable STL geometry is a common deliverable, with the underlying CAD retained or supplied when agreed.
Can the prototype be revised after a fit check or test?+
Yes. One of the main benefits of prototyping is using physical feedback to refine the CAD before the next stage.
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