Precisely measure components & machine parts in 3D
We capture components, machine parts and prototypes with high precision using 3D scanning – contactless and reliable. Ideal for quality control, reverse engineering or the production of spare parts. Accuracies from 0.05 mm to 0.01 mm possible.
A professional 3D scan at Scanmotion costs from €100
⚙️ Binding quote in 24-48 h
Whether it’s a small component or a complex machine – after receiving your data, we analyze the project and send you a precise quote with delivery time and accuracy class within two working days.
Optional: Next-day express service available.
Confidential & GDPR-compliant
Your advantages at a glance
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🎯 Industrial precision up to 0.01 mm
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✋ Non-contact detection – gentle on sensitive parts
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📂 Data in all common formats (STL, OBJ, STEP, IGES)
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⚡ Fast processing & short delivery times
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🔒 Confidential handling & NDA on request
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🚚 Mobile on-site scan for large or sensitive components
Typical fields of application for 3D component measurement
📏 Quality control & dimensional inspection
Target/actual comparison and precise dimensional analyses.
Scans as a basis for CAD and reproduction.
🧪 Prototypes & development
Testing and optimizing components in the development process.
Our process – fast & transparent
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Advice & selection procedure
We clarify requirements, accuracy, schedule and NDA issues.
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Send component or scan on site
You send us small components – we scan larger ones on your premises.
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3D scan & data preparation
Creation of the point cloud, data cleansing & export to STL/OBJ.
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Handing over the results
Delivery as STL/OBJ or optionally as CAD model (STEP/IGES) or technical drawing.
A selection of our customers:
From small SMEs to enterprise industrial companies, museums, universities – from all over the EU.
3D measurement of components – practical examples
Simply click on the image to view it in 3D.
Here you can see a fuse holder next to the reconstructed component, which was scanned with a Structur light scanner with an accuracy of 0.05 mm. The component was reconstructed, adapted to the customer’s requirements and exported as a STEP and STL file. The models were 3D printed. In the background is an excerpt from the Miscolor comparison report showing the overlay of the 3D scan and the reconstructed part.
We scanned the hand switch produced for one of our customers in order to check the component for deviations in the production process. The scan was carried out with a high accuracy of 0.05 mm and has a tolerance of max. 0.59 mm to the original CAD model. The inspection showed that the production line works very well and no further adjustments need to be made. CAD file on the left, scanned model on the right. In the background you can see the alignment of these parts.
Technical part of a motorcycle helmet measuring just a few centimeters.
Small technical component after 3D measurement.
Here we show you the 3D measurement of a component after scanning and after reverse engineering in direct comparison. Depending on your requirements, you can also order this from us.
We measure components of all types and sizes in 3D. Here is an example of a cell phone cover.
3D scan accuracy 0.05 mm. Take a close look at the 3D scan quality.
3D scan of a hip joint with an accuracy of 0.01 mm.
Why Scanmotion-3D?
As a specialized 3D scanning service provider, we have many years of experience in mechanical engineering, the automotive industry, research & development and sensitive areas such as medical technology and cultural heritage.
Our industrial scanners work with structure and blue light processes and enable precise, non-contact detection even with complex geometries. This creates data that can be reliably processed as a basis for CAD, simulation or production.
Frequently asked questions about 3D component measurement
Further questions? Please contact us directly.
Have a component or machine part scanned now
We provide you with precise 3D data – quickly, reliably and, if required, with reverse engineering or CAD data preparation.
What are your needs? Let us know what we can do for you. Further information can also be found on our contact page.
Your data will be treated confidentially and will not be passed on to third parties.
Technical background of 3D component measurement
How does the measurement of components with a 3D scanner work – and what data do you receive?
Here we give you a deeper insight into our processes, the accuracies and the typical fields of application.
Procedure & accuracy
The 3D measurement of components is carried out using laser and structured light scanners. The surface is optically scanned, creating a high-density point cloud. This is then cleaned up and converted into an STL data model (polygon mesh).
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Standard accuracy: 0.05 mm
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High-end process: up to 0.01 mm
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Non-contact measurement → gentle on sensitive parts
👉 Advantage: Time-consuming targets (reference points) are no longer necessary with modern systems.
Areas of application for surveying
Our processes have been tried and tested in a wide range of industries:
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Design & Development
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Model and mold making
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Mechanical engineering & special machine construction
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Automotive industry
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Medicine & Prosthetics
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Aerospace industry
Further processing of the data
The data obtained from the 3D scan forms the basis for numerous applications:
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Direct 3D milling based on STL data
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3D printing of replacement or functional samples
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Scaling, mirroring and multiplication
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Target/actual comparisons with CAD data incl. alignment, inspection functions & reports
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CAD import & reverse engineering for reverse engineering
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Creation of technical drawings
Individual requirements
Every project has different requirements:
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Some customers only require the 3D raw data (STL/OBJ) in order to continue working themselves.
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Others also commission us with reverse engineering or the creation of CAD.
👉 Whether it’s a single part, prototype or series component – we adapt the scope exactly to your requirements.