3D scan for precise component digitization and CAD traceability
High-precision 3D scans for components, machine parts and machines from a few millimeters to well over 2 meters – including CAD traceability, measurement and reverse engineering.
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Precision up to 0.01 mm
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Ideal for mechanical engineering, prototypes & construction
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Perfect for CAD, quality assurance & rework
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Fast delivery (24-72 h)
- NDA possible
Contact us at any time.
Photo or short description is sufficient
Why Scanmotion 3D?
Scanmotion 3D digitizes physical components with high geometric precision. The captured data completely reproduces the real shape of an object and can be used immediately for design, mechanical engineering, prototype development, spare parts production and technical documentation. Companies use this method to efficiently capture complex geometries, reduce measurement effort and speed up development processes.
Our technical capabilities
We capture components using the latest 3D scanning technology.
✓ Measuring accuracy: up to 0.01 mm
✓ Object sizes: a few millimetres to several meters
✓ Materials: metal, plastic, wood, ceramics, composites
✓ Output data: STL, OBJ, PLY, STEP, IGES, etc.
Complex shapes also possible:
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Free-form surfaces
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Undercuts
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matt & glossy surfaces
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Technical detail geometries
Reverse engineering (optionally bookable)
Many components have to be redesigned or further developed.
A raw scan is not enough for this – companies need real CAD data.
We supply both:
Reverse engineering – CAD traceability from scan
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Creation of STEP / IGES / SolidWorks / Fusion / Inventor
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Feature-based or surface-based CAD reconstruction
Ideal for:
Reproduction
Mold & tool making
Construction & Redesign
technical documentation
Typical areas of application
3D scans are suitable for mechanical engineering components, prototypes, functional models, spare parts without documentation, assemblies, individual parts, technical components and test objects. The data is used for design, production, quality control, development processes, deviation analyses and actual/target comparisons.
Example work 3D scan industry and 3D scan components of any kind
Sample data for download – check our scan and CAD quality
Before you start your own project, you can get an impression of the data quality. Simply download our neutral sample files and test them in your CAD or measuring tool.
The sample files are anonymized examples and are for quality assessment purposes only. We naturally treat our own customer projects confidentially.
Why Scanmotion-3D?
✓ Industrial precision – up to 0.01 mm
✓ Scan from the smallest (approx. 1 cm) to large objects (> 2 m)
✓ Reverse engineering + CAD from a single source
✓ Fast turnarounds (24-72 h)
✓ Individual technical advice
We work for engineers, mechanical engineers, designers, R&D teams and manufacturing companies.
FAQ area
A 3D scan provides a precise 3D model of the surface (usually STL). Reverse engineering converts this model into fully functional CAD data (STEP/IGES).
For all industrial tasks where shape, dimensions and geometry are important – e.g. mechanical engineering, prototypes, spare parts or CAD design.
3D scanning technology is a precise measuring process in which the surface of a component is digitally recorded. The result is an exact 3D model that is used for design, production, reverse engineering and quality assurance.
Yes, we offer complete reverse engineering.
From a few millimeters to well over 2 meters.
Up to 0.01 mm – ideal for industrial applications.
Glossary / Mini-Wiki
Scanmotion-3D digitizes technical components using high-precision 3D scanning technology. We capture objects from a few millimetres to over two meters and achieve an accuracy of up to 0.01 mm. The scan data is suitable for design, mechanical engineering, spare parts production, prototypes, quality testing and technical documentation. On request, we can convert the scan data into complete CAD models such as STEP or IGES via reverse engineering. This provides companies with immediately usable digital geometries for development, post-production and manufacturing processes.
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.