Objects & Parts
People bring us cars and trucks. Boats, including race boat hulls. Golf carts. Car body panels and full components. Toys. Fishing lures. Molds and tooling. Machine parts. Propellers. Artifacts, sculptures, prosthetics, furniture. The list keeps growing because there is no such thing as an object too strange to capture.
Here is the through-line. When the original drawing is gone, or never existed, the object itself becomes the drawing. We scan the physical part and hand back a precise digital version you can measure, remake, inspect, or keep forever.
This is the detail page. See the full objects and parts hub, with use cases, deliverables, and how the process works.
Most people assume 3D scanning is for buildings. It is not only for buildings. The same technology captures a single object with the detail of a fingerprint. A short, real list of what has come through the door.
Cars, trucks, and boats. Race boat hulls where a builder wants to refine or reproduce the shape. Golf carts. Car body panels and components. Propellers. Machine parts, tooling, and molds where the supplier is gone and the replacement has to match the old one exactly.
Toys. Fishing lures. Furniture. Consumer products a team wants to redesign, resize, or bring into CAD without starting from a blank screen.
Artifacts. Sculptures. Prosthetics fit to a person. Objects that are one of a kind, where a physical copy is not an option and a precise digital record is.
If your object is not on that list, that is normal. The list is not the limit. It is a sample. Whatever your part is, describe it and we tell you how it gets captured.
A part breaks and the manufacturer no longer exists. A tool was made by hand fifty years ago and there is no file for it. A component was tuned on the shop floor and the final shape lives only in the metal. In every one of those cases the knowledge is still there. It is just locked inside the physical object.
Scanning recovers it. We measure the object as it truly is, down to the worn edges and the changes nobody wrote down, and turn it into a clean digital model. From there you can reverse engineer it, refabricate it, redesign it, or archive it so it can never be lost again.
The scan is the start. The deliverable is what makes it useful. We produce the format your downstream work actually needs.
A faithful digital twin of the object, accurate to the surface. The base deliverable everything else is built from.
Solid, editable CAD and STEP files a manufacturer or engineer can open, modify, and send straight to fabrication or machining.
A dimensional comparison of the real part against a reference model, showing where it deviates and by how much. Proof, not guesswork.
A permanent, vendor-neutral digital record of the object as it exists today. For artifacts, tooling, and anything you cannot afford to lose.
You do not have to know which method fits your object. That is our call, made for the job, never for a vendor's equipment. Here is the plain-English version of the tools.
| Method | What it is good for |
|---|---|
| Structured-light scanning | Projects a light pattern over the object and reads its distortion. Fast and detailed for small to medium parts with fine surface features. |
| Blue-light scanning | A high-precision form of structured light. The choice when tolerances are tight and the surface detail has to be exact. |
| Close-range photogrammetry | Builds a model from many overlapping photographs. Well suited to larger objects, textured surfaces, and shapes a scanner cannot easily reach. |
Size is not a barrier in either direction. We have captured a fishing lure and a turbine with the same process discipline. Small does not mean too small. Large does not mean too large.
A lot of people hesitate to reach out because they think they are supposed to arrive with a spec. Material, tolerance, file format, method. You do not need any of that.
What you can send us is simple. A photo of the object. A sentence about what you want to do with it. Whether you have any existing drawing or none at all. That is enough for us to understand the job.
From there, the figuring-out is our job. We tell you what the object needs, what the deliverable should be, and what it costs. Whether you know the answer already or have no idea, it is nothing to worry about. That is exactly what we are here for.
No. We have captured things as small as a fishing lure and as large as a turbine. Odd geometry, worn edges, one-off shapes, none of that is a problem. If it exists in the physical world, it can be scanned. Tell us what it is and we handle the rest.
That is the most common reason people call. When the original drawing is gone or never existed, the object itself becomes the drawing. We scan it and produce a clean 3D model or CAD/STEP file you can use to reverse engineer, refabricate, or archive it.
It depends on what the data needs to do. Common deliverables are a precise 3D mesh, a CAD or STEP file for reverse engineering and manufacturing, a dimensional inspection report comparing the part to a reference, or a permanent archive file. You describe the goal and we deliver the right format.
Plenty of clients start exactly there. Tell us about the object and what you want to do with it, and we map it to the right capture and output, then get you a quote. If you already know the spec, we quote straight to it.
Send a photo and a sentence about what you want to do with it. We identify the right method, produce the deliverable your work needs, and get you a quote. Whether it is a lure, a mold, a machine part, or something we have never seen before, describe it and we take it from there.
Tell us about your projectQuestions about your object? Reach the team at info@scanningandmodeling.com or (772) 210-4584.
Last updated July 5, 2026.
Go deeper
Four plain-English guides to object work, plus the full objects and parts hub.
A scan gives you a mesh, not an editable CAD file. The honest difference, and what STL, OBJ, STEP, and IGES are each for.
Structured light, metrology laser, and photogrammetry compared, plus what accuracy really means and the full pipeline.
Hull capture for refit and replication, why a hull never matches its drawings, and custom fit for towers, canvas, and trailers.
The real price drivers, why the scan is cheap and the CAD rebuild is not, and what information gets you a fast, real number.