
3D Scanners for Every Application
IPD CAD LAB offers a wide range of professional 3D scanners that enable high-quality, precise capture of product geometry across various sizes and materials. We can provide clients with raw scan data or process it according to their requirements, ensuring that further work within reverse engineering workflows is fast and efficient.
Capturing reality with complete 3D precision.
3D Scanners

FreeScan Combo

EinScan H2

SLS 2 (HP)

Atos 2 400 (GOM)
Shining FreeScan Combo
Shining EinScan H2


- Professional handheld 3D scanner designed for metrology applications and reverse engineering.
- High industrial accuracy of up to 0.02 mm ensures reliable results in component inspection and quality control.
- The Shining FreeScan Combo supports blue laser scanning in three different modes. It also enables infrared scanning, eliminating the need for surface preparation of the part.
- The scanner is suitable for a wide range of industrial and metrological tasks, including quality inspection, deformation analysis, and reverse engineering.
- Its compact and lightweight design allows for easy operation, even in field conditions.
- Professional handheld 3D scanner designed for versatile scanning in industrial and visual applications.
- The scanner achieves accuracy of up to 0.05 mm, enabling reliable geometry capture even in demanding projects.
- The Shining EinScan H2 utilizes structured LED light as well as infrared VCSEL light, providing flexibility when scanning various object types and surface characteristics.
- An integrated color camera captures textures and colors of scanned objects, enabling the creation of photorealistic 3D models. This is particularly beneficial for digital archiving, visualizations, and AR/VR applications.
- The scanner is suitable for reverse engineering, digital archiving, design workflows, and medical and educational projects.
- Its compact and lightweight design allows for easy operation, even in field conditions.
Equipment for spatial digitization and reverse engineering based on photogrammetry.

Examples of use
Reverse engineering of a prosthetic insole
Other cases
Reverse engineering of plastic part

Metrological analysis of an annealed prosthetic socket.

3D scanning of a person for custom product development

3D scanning and 3D printing of the prosthetic insert
