If you’re researching 3D scanning services, the first question is usually the same: what will it cost? The honest answer is that prices range from about $100 for a simple small-part scan to several thousand dollars for large, complex reverse-engineering projects. This guide breaks down the factors that drive the price so you can budget with confidence.

The Main Factors That Influence 3D Scanning Prices

1. Size and complexity of the object

A small mechanical part with simple geometry takes minutes to scan. A full car dashboard, a sculpture, or a part with deep cavities and reflective surfaces requires multiple scan passes, careful setup, and sometimes spray coating to capture accurately. As a rule of thumb, the more surface area and detail, the higher the cost.

2. Required accuracy

Visual-quality scans for art, props, or 3D printing references are faster and cheaper. Metrology-grade scans for engineering inspection or reverse engineering demand calibrated equipment and sub-millimeter tolerances, which raises the price.

3. Deliverable format

A raw scan (point cloud or mesh in STL/OBJ format) costs less than a fully reverse-engineered parametric CAD model in STEP or SolidWorks format. Converting a scan into clean, editable CAD is skilled engineering work and is usually quoted separately.

4. Turnaround time

Standard turnaround keeps costs down. Same-day or next-day service is often possible, but rush work typically carries a premium.

Typical Price Ranges

Every project is different, but these ranges are a realistic starting point: small parts with simple geometry often fall between $100 and $300; medium objects like housings, wheels, or shoes between $250 and $700; large or highly detailed objects such as furniture, body panels, or sculptures between $500 and $1,500; and scan-to-CAD reverse engineering projects commonly range from $500 to several thousand dollars depending on complexity.

How to Get an Accurate Quote

The fastest way to get a real number is to share photos of your object, its approximate dimensions, and what you need the scan for: 3D printing, inspection, digital archiving, or manufacturing. That last detail matters most, because the end use determines the accuracy and file format required.

At eCadCam we’ve been scanning parts for jewelry, automotive, aerospace, and entertainment clients in Los Angeles for over 22 years, with laser, structured-light, and photogrammetry systems that capture up to 16 million data points per scan. Send us a photo of your part and we’ll usually have a quote back to you the same day.