3D Scanning
Capture complex surfaces and real-world geometry from the original part, including worn or damaged pieces.
PHYSICAL → DIGITAL 3D scanning · reverse engineering · additive manufacturing
Broken. Discontinued. Impossible to find.
We’ll make another one.
LayerCraftWorks recreates hard-to-find replacement parts from the physical piece you already have — even when the original manufacturer no longer makes it.
THE RECREATION LABWORKFLOW DEMO
STRUCTURED LIGHT → DIGITAL GEOMETRYLCW / 001
What we solve
The tiny part that shouldn’t make you replace the whole thing.
Manufacturers discontinue parts. Plastic gets brittle. Hardware disappears from catalogs. We reverse engineer what you have and turn it into a manufacturable replacement.
Reverse Engineering
Reconstruct the scan as clean CAD geometry, restore missing features, and tune dimensions for fit and function.
SCAN → CAD3D Printing
Prototype and manufacture the replacement in a material selected for the job, then iterate when necessary.
CAD → PART Simple by design
You send the part.
We recreate it.
You don’t need CAD files or engineering drawings. Start with the broken thing in your hand.
Start with a few photos ↗Show us what broke.
Send photos, rough dimensions, and a short explanation of what the part does. If scanning is the right approach, we’ll arrange for the physical piece to be sent in.
We scan & reconstruct.
The original geometry is captured, measured, and rebuilt as a clean 3D model. Missing or damaged features can often be reconstructed from surrounding geometry.
We improve the weak point.
When the original design has an obvious failure point, we can often reinforce it, adjust tolerances, or choose a better-suited print material without changing fit.
We print, verify & ship.
We manufacture the replacement, check critical dimensions, and ship the completed part. Need more later? The digital model can make future replacements much easier.
Project anatomy
From broken original to usable replacement.
One part, four stages. Explore an illustrative example of how a discontinued bracket becomes a printable replacement.
A PART’S SECOND LIFE
01
The starting point.
A cracked original, measured and documented to understand its fit.
ORIGINAL / PHYSICAL PART02
Geometry captured.
Surface measurements become a digital reference for reconstruction.
SCAN / DIGITAL REFERENCE03
Rebuilt with purpose.
Clean CAD geometry restores the fit and reinforces the weak point.
CAD / RECONSTRUCTED MODEL04
Ready for another life.
The replacement is printed and its critical dimensions checked.
REPLACEMENT / FINISHED PART
DEMO CASE STUDY
Discontinued drawer bracket
A small molded bracket fails after years of use and the manufacturer no longer stocks it. The original is digitized, rebuilt, reinforced around the failure point, and reproduced.
- Problem
- Obsolete / cracked plastic
- Workflow
- Scan + CAD rebuild
- Outcome
- Printable replacement
Good candidates
What can we recreate?
01Brackets & mounts
Broken support pieces, mounting ears, holders, sockets and structural plastic hardware.
02Clips & guides
Retainers, latches, stops, alignment guides and small mechanisms that disappear from parts catalogs.
03Knobs & handles
Control knobs, pulls, grips, levers and other pieces where fit and ergonomics both matter.
04Covers & adapters
Custom covers, interfaces, spacers, bushings, couplers and one-off adapters between components.
Not every part is a good fit for additive manufacturing. High-temperature, safety-critical, highly loaded, pressurized, or regulated components may require another process. We’ll tell you when a project is outside the right use case.
ALREADY KNOW WHAT YOU NEED?
Shop existing LayerCraftWorks parts.
Start a project
Show us the part that needs to exist again.
Photos and a short description are enough to start. This form opens a pre-filled message to orders@layercraftworks.com so you can attach part photos from your phone or computer.
✓ Broken originals welcome
✓ One-offs & small runs
✓ No CAD file required
FAQ
Before you send the part.
Often, yes. Remaining geometry, mirrored or repeated features, mating components, photos, and measurements can all help reconstruct missing areas. The more of the original that remains, the better.
No. Tell us how the part is used — load, heat, outdoor exposure, flex, chemical contact, and other conditions — and we can discuss suitable printable materials.
In many projects, the CAD model can be modified around known failure points or printed in a more appropriate material. Any changes depend on the part’s function, available space, and manufacturing constraints.
Parts used in safety-critical systems, extreme heat, high pressure, severe cyclic loads, or regulated applications can require processes and validation beyond ordinary 3D printing. We’ll flag projects that are not appropriate for this workflow.
Once a replacement has been successfully digitized and validated, producing additional copies is generally much easier than recreating the geometry from scratch.