We Don't Just Copy Parts. We Fix Them.
Full reverse engineering — from broken part to finished replacement. We scan it, figure out why it failed, redesign it in CAD, choose a better material, and manufacture a part that's stronger than the original. Based in Cape Coral, FL — on-site scanning available across Southwest Florida, and we'll travel further for high-value projects.
3D Scanning vs. Reverse Engineering
A 3D scan captures shape. Reverse engineering captures shape, understands function, fixes problems, and delivers a finished part. Here's how they compare:
| 3D Scanning Only | Reverse Engineering | |
|---|---|---|
| What You Get | A digital copy of the part's surface geometry | A fully engineered, production-ready part — redesigned, optimized, and manufactured |
| Output | Mesh file (STL, OBJ) — a point cloud converted to surfaces | Parametric CAD model (STEP, IGES) — editable, dimensioned, ready for any manufacturing process |
| Design Changes | Captures the part exactly as-is, including flaws | Fixes design flaws, adds reinforcement, improves material selection, adapts to new requirements |
| Broken Parts | Can only capture what's physically there | Reconstructs missing geometry, fills in broken sections, rebuilds from partial remains |
| End Result | A file on your computer | A finished part in your hands |
Need just a scan? We do that too — visit our 3D Scanning page. But if you need a finished part, reverse engineering is the full service.
From Broken Part to Better Part
Six steps, one shop, no hand-offs. Here's exactly what happens when you bring us a part to reverse engineer.
STEP 01
Discovery & Assessment
You bring us the problem — a broken part, a discontinued component, a photo of something that needs to exist. We evaluate the part's function, environment, and failure mode. If the original design was flawed, we identify why.
This is where reverse engineering diverges from scanning. We're not just capturing shape — we're understanding purpose.
STEP 02
Precision 3D Scanning
We scan the part (or what's left of it) at ±0.05mm accuracy using structured light scanning. Every surface, hole, thread, and curve is captured as high-resolution point cloud data.
If the part is broken, we scan the fragments and digitally reconstruct the complete geometry.
STEP 03
CAD Modeling & Redesign
This is the engineering step that separates us from a scan bureau. We convert the raw scan data into a clean, parametric CAD model — fully dimensioned, with proper tolerances, and ready for manufacturing.
If the original part failed, we redesign it. Thicker walls where it cracked. Better geometry where it warped. Different material where it corroded. The goal isn't a copy — it's an improvement.
STEP 04
Material Selection & Optimization
We select the right engineering-grade material based on the part's actual operating conditions — UV exposure, heat, chemicals, vibration, load. Then we optimize the print orientation and internal structure for maximum strength.
UV-stable ASA for sun-exposed marine parts. Carbon fiber nylon for high-load brackets. PPS for extreme heat. The material matters as much as the geometry.
STEP 05
Manufacturing & Quality Check
We print the part on industrial FDM equipment, then inspect it against the CAD model. Dimensions are verified, fit is checked, and surface finish is confirmed before it ships.
Most reverse-engineered parts ship within 3–7 business days. Rush turnaround available.
STEP 06
Delivery & Documentation
You receive the finished part plus the CAD files. If you need more in the future — next week or next year — we print from the same file. No re-scanning, no re-engineering. Your part is on file permanently.
For OEM and fleet customers, we maintain a digital parts library so reorders are one email away.
Problems We Actually Solve
These aren't hypotheticals — these are the kinds of projects that walk through our door every week.
The Part Broke and the Manufacturer Is Gone
The Problem
A 2008 Boston Whaler has a cracked helm console bracket. The OEM discontinued it in 2015. No aftermarket replacement exists.
Our Solution
We scan the broken pieces, digitally reconstruct the full bracket, redesign it in carbon fiber nylon (3x stronger than the original ABS), and print a replacement that bolts right in.
Part delivered in 5 days. Stronger than original. $85 instead of a $2,000+ console replacement.
The Part Exists but Doesn't Fit Right
The Problem
An aftermarket light bracket for a Jeep Wrangler doesn't clear the fender flare. The mounting holes are 8mm off.
Our Solution
We scan the bracket and the mounting area, redesign the bracket with corrected geometry, and print it in glass-filled nylon for vibration resistance.
Perfect fit. No drilling, no shimming, no compromises.
The Part Works but Could Be Better
The Problem
A marine dealer sells a hose mount that works fine but cracks after 18 months of UV exposure because it's made from standard PLA.
Our Solution
We reverse-engineer the mount, maintain the exact dimensions and mounting points, and reproduce it in UV-stable ASA with thicker walls at the stress points.
Same part, better material, longer life. Now available as a private-label product for the dealer.
The Part Doesn't Exist Yet
The Problem
A custom boat builder needs a one-off chartplotter bezel that integrates a switch panel and USB charging port. Nothing like it exists on the market.
Our Solution
We work from sketches and measurements, model the part in CAD with all cutouts and mounting provisions, prototype it, refine the fit, and deliver the production version.
Custom part from concept to installed in under 2 weeks.
One Shop. Every Step.
Engineering, Not Just Printing
We don't just copy parts — we understand why they failed and fix the design. Every reverse-engineered part is evaluated for material selection, wall thickness, stress points, and environmental exposure.
12+ Engineering-Grade Materials
ASA, carbon fiber nylon, glass-filled nylon, PPS, polycarbonate, PETG — we match the material to the application. UV-stable for marine, heat-resistant for automotive, impact-tough for industrial.
You Own the Files
Every reverse-engineered part comes with the CAD files. You can reorder from us, take the files to another manufacturer, or modify the design yourself. No lock-in.
Fast Turnaround
Most reverse-engineered parts go from first contact to delivered part in 5–10 business days. Simple reproductions can ship in 3 days. Rush service available.
Single Source — Scan to Part
Scanning, CAD modeling, material selection, printing, and quality inspection — all under one roof. No hand-offs between vendors, no communication gaps, no delays.
Fully Insured
We carry full commercial general liability insurance. Your projects are covered from scan to delivery.
If It's Plastic or Composite, We Can Rebuild It
Not sure if your part can be reverse engineered? Send us a photo — we'll tell you honestly.
Got a Part That Needs to Be Rebuilt?
Send us a photo, a description, or the broken part itself. We'll assess it and give you an honest answer — what it'll take, what it'll cost, and how fast we can get it done. No obligation.