Our services

3D CAD Design & Modeling

We take real-world objects — or ideas from scratch — and turn them into precise, manufacturable CAD models using SolidWorks. From scan to finished design, we handle the full process.

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3D CAD model

From physical object to engineered design

CAD (Computer-Aided Design) lets us create exact digital models that can be used for manufacturing, prototyping, analysis, and product development. When combined with 3D scanning, we can reverse-engineer existing parts and redesign them — faster and more accurately than starting from scratch.

Parametric modeling

Fully editable models that update when dimensions change.

Manufacture-ready

Designs built with real-world tolerances and fabrication in mind.

Reverse engineering

Turn a physical part into a clean editable CAD model.

Iterative design

Quickly test variants and modifications without starting over.

How scanning and CAD work together

Our unique process combines physical scanning with SolidWorks design work — so you can improve, adapt, or build on existing products without guesswork.

1
Scan

3D scan the physical object

We capture the exact geometry of your part or product using our scanning equipment, producing a precise point cloud.

2
Scan

Convert to a reference mesh

The scan data is cleaned and processed into a mesh that serves as a reference inside SolidWorks.

3
CAD

Model in SolidWorks

We rebuild the geometry as a fully parametric SolidWorks model — accurate to the scan and ready for design changes.

4
CAD

Design & iterate

We apply your design intent — new features, modifications, improvements — on top of the reverse-engineered base.

5
Deliver

Deliver your files

You receive the finished files in any format you need — STEP, IGES, STL, DXF, or native SolidWorks files.

SolidWorks workflow

Powered by SolidWorks

We use SolidWorks — industry-leading CAD software trusted by engineers and product designers worldwide — for all of our modeling and design work.

What can CAD design be used for?

From improving an existing product to designing a new one from scratch, here are some common use cases.

Reverse engineering

Recreate discontinued or worn parts

New product development

Design from concept to manufacturable model

Custom fabrication

One-off parts, fixtures, and tooling

Fit & function testing

Virtual assembly checks before production

3D printing prep

Optimized models ready for FDM or SLA printing

Technical drawings

Dimensioned drawings for machinists and fabricators

Have a part or idea in mind?

Tell us what you're working on and we'll put together a plan.

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