• LAPEER, MICHIGAN – ESTABLISHED 2026

From Concept to Finished Part.

Grand Designs is a precision CAD, 3D printing, and prototyping studio led by a degreed mechanical designer with nine-plus years on the engineering floor. We turn sketches, broken parts, and rough ideas into manufacturable reality.

CAD PLATFORM — Solid Edge · Siemens
PRINT SYSTEM — Bambu Labs H2S · FDM
MATERIALS — PLA / PETG / Nylon / CF
SERVICE AREA — Michigan + Remote

24 hr

QUOTE TURNAROUND

9+ yrs

ENGINEERING EXPERIENCE

100%

YOUR IP STAYS YOURS

NDA on Request

Your IP, fully protected

24-Hour Quotes

Fast, no obligation

GM & DYNA Alum

Real manufacturing roots

Lapeer / Davison

Local pickup · MI shipping

  – Why Grand Designs?

Three reasons clients keep coming back

A small studio built on real factory-floor experience. No account managers, no markup layers – direct access to the designer doing your work.

Designed to be built

Every model comes from someone who has run a CNC lathe, built set up and check fixtures, and reverse-engineered parts on the floor. Your files are manufacturable by default — not just pretty on screen.

One studio, end to end

Sketch → CAD → printed prototype → technical illustration → render. You don’t need five vendors and a project manager. One point of contact owns it from first call to final delivery.

Fast without cutting corners

24-hour quotes, rapid iteration, and engineering-grade filaments like ABS, carbon-fiber, and nylon. Speed that doesn’t compromise the part you actually receive.

 – Capabilities

Full-stack design & fabrication

Nine core services covering the entire path from idea to physical part and the documentation around it.

Trade Show Displays can boost customer engagement!

CAD Modeling & Drafting

Parametric 3D models and dimensioned drawings in Solid Edge.

3D Printing (FDM)

PLA, PETG, ABS, ASA, Nylon, glass-filled and carbon-fiber prints on a Bambu Labs printer.

Rapid Prototyping

Fast-turn physical parts to test fit, form, and function before tooling.

Reverse Engineering

Turning a physical part, broken or worn component into an accurate 3D model.