3D scan
A 3D scanner can be used to digitise real objects, which can then be further processed. One of the possible applications is reverse engineering. Here, for example, defective/damaged components are scanned so that they can then be restored to their original design. However, the data obtained can be used in a variety of ways and can also be a useful basis for further processes in the FabLab. For example, the generated files can be produced using a 3D printer or projected as a hologram in the room using our Microsoft HoloLens 2.
The FabLab has three 3D scanners. These differ in the following points:
- possible scan volume
- type of data acquisition
This results in different application possibilities in some cases. We will be happy to provide you with further information in the FabLab.
Artec Eva
The hand-held 3D scanner uses structured light to scan medium-sized objects, such as human body parts, artefacts and much more. The device can also be operated in HD mode.
| Technical specifications | Value/specification |
|---|---|
| 3D point accuracy, up to | 0,1 mm |
| 3D resolution, up to | 0,2 mm |
| Geometry and texture tracking | Yes |
| Working distance | 400 - 1000 mm |
| Volume detection zone | 61.000 cm³ |
Artec Space Spider
The hand-held 3D scanner is based on blue light technology and is particularly suitable for scanning smaller objects.
| Technical specifications | Value/specification |
|---|---|
| 3D point accuracy, up to | 0,05 mm |
| 3D resolution, up to | 0,1 mm |
| Geometry and texture tracking | Yes |
| Working distance | 200 - 300 mm |
| Volume detection zone | 2.000 cm³ |
Revopoint POP 2
![[Translate to Englisch:] Revopoint 3D-Scanner im FabLab Konstanz](https://www.uni-konstanz.de/fileadmin/_processed_/e/2/csm_IMG_2075_bf62e93b28.jpg)
This 3D scanner offers a combination of a hand-held and a desktop 3D scanner. The data capture is based on structured infrared light and is suitable for scanning smaller objects.