3D scan mechanical engineering and industry
With 3D scanning in mechanical engineering and for industrial applications, we capture components, tools and machines precisely and in detail – from the smallest components to large systems with component sizes of several meters. Depending on the requirements, we can achieve an accuracy of up to 0.01 mm.
Our 3D scanning does not end with the pure point cloud: on request, we can supply the complete data preparation, including mesh cleaning, alignment, reverse engineering as well as reverse engineering for CAD reconstruction.
Typical areas of application include
Quality control (target/actual comparison)
Design & Development
Spare parts reproduction
Production preparation (CNC / 3D printing)
Digitization of machines and tools
Typical applications in mechanical engineering
3D scan data is often used directly in industry for design, production and reverse engineering.
⚙️ Binding offer in 24-48 h
Whether a small component or a complex machine – after receiving your photos or a brief description (CAD optional), we analyze the project and send you a precise offer with delivery time and accuracy class within two working days.
Optional: Express service available the next day.
NDAon request.
Confidential & GDPR-compliant
An excerpt from our customers:
From small SMEs to industrial enterprises.
Are you planning a project in mechanical engineering or industry?
Here you will find answers to the most frequently asked questions about accuracy, data formats and reverse engineering.
Depending on the component size, surface and scanning method, we can achieve an accuracy of up to 0.01 mm. We select the right measuring method for each project and agree the accuracy class with you in advance.
We deliver the scan data as a point cloud or mesh (e.g. STL, OBJ, PLY) as required. On request, we can also create a CAD reconstruction or reverse engineering for further technical processing.
Yes, we can create a CAD model based on the scan – as a simplified reconstruction, technical reverse engineering or fully constructible data for production and development, depending on requirements.
3D scans are frequently used for quality control (target/actual comparison), component testing, spare part reproduction, prototype development, production preparation and for digitizing machines, tools and assemblies.
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.
NDA on request.