CNC Prototyping
Machined plastic and metal prototypes for dimensional, fit, and functional validation.
Reverse engineering validation
Make the recovered definition physical before repeat production.
Prototype and low-volume routes provide fit, function and inspection evidence for reconstructed components and controlled redesigns.
Physical proof
Build the prototype that answers the remaining engineering question.
A fit check, functional sample and first article answer different questions. We define the unresolved risk first, then match material, process, finish and inspection to it.
Supporting production routes
Select evidence according to risk—not machine availability.
Additive Prototyping
SLA-based models for form, fit, and appearance review prior to production tooling.
Vacuum Casting
Silicone mold replication for small-batch production and color or material evaluation.
Rapid Tooling
Bridge tooling and low-volume injection molding to advance validated designs to production.
Validation workflow
Each build should remove a specific uncertainty.
The project record keeps assumptions, revisions, inspection evidence and approval points connected to the reverse engineering baseline.
Define risk
Identify the unresolved fit, function, material or inspection question in the recovered definition.
Release data
Review reconstructed CAD, critical interfaces, tolerances and acceptance criteria before a build.
Build evidence
Select the simplest suitable prototype or first-article process for the question being tested.
Inspect & fit
Compare the physical result with drawing requirements, mating parts and operating context.
Control revision
Record approved changes and retain a reusable manufacturing baseline for future orders.
Validate the recovered definition