top of page
71.jpg
3D scanner is used to input three-dimensional models of finished bas-reliefs into a computer.
The scanner works with models on any solid material - stone, wood, metal, plastic, plaster, glass.

The scanning program creates a computer model in STL format that can be used in 3D modeling programs such as 3DMax or ArtCAM.


3D-scanner work samples
Operating principle of SAUNO 3D scanner

3D scanner operates on the contact principle. The touch sensor measures the height (depth) of the model at each grid point using a touch tip point.The grid step is set in the scanning program. The smaller the mesh pitch is, the better is the quality of small parts, but the longer is the operating time.
3D scanner measures height at millions of terrain points. If measurements were taken at each point of a fine coordinate grid, then the scanning time would be measured in days.
SAUNO 3D scanner uses algorithms that speed up the work tens of times. For example, the scanning pitch is automatically adjusted for smooth and uneven areas.

3D scanner program identifies surface areas with complex terrain and scans them more thoroughly than smooth areas. It allows you to select areas with small details on the scanned model and rescan them with high accuracy.
3D scanner can be installed on  
Graphic-3KP or Graphic-3KM machines. It uses the engraving machine's level sensor as a touch sensor. The level sensor tip point must be replaced with a contact needle. 3D scanner is controlled by the Engrave program.

 
The process of scanning a bas-relief made of gypsum
88.jpg
Computer model on the screen of the Engrave program
 Technical specifications

Scanning method: contact

Height measurement accuracy: 0.050mm

Maximum scanning height (depth): depends on the working stroke of the Z drive, from 50 mm to 140 mm depending on the machine model

Scanning grid pitch along X,Y coordinates: adjustable from 0.025 mm to 25.0 mm

Relief output file format: STL

bottom of page