Hirox 3D digital microscopy scan of the Scream (1910?)
Description
A 3D Hirox digital microscopy scan of the face of the central figure of the Scream (1910?) has been acquired at 90x magnification in the campaign of 2024.
Additional details
Identifiers
Research focus
- Research focus Title
- Scream (1910?)
- Research focus Category
- Object/artwork
- Research focus Description
-
The Hirox digital microscope scan in 3D has been acquired to be used for 3D printing in Perceive project. It gives information at a higher magnification than the 2D scan about the technique of execution of this detail of the painting and also the main colors present on the surface.
Research activity
- Research Activity Type
- Object Examination/Digital image-video acquisition
- Technique
- 3D Digital microscopy
- Method Description
-
Hirox 3D digital microscope used for 3D scan acquisition.
- Tool / Equipment (or Software) Description
-
Images of investigated areas in the selected case studies were acquired with a Hirox 3D Digital Microscope HRX-01, mounted on an ST-T500 Horizontal T-Stand 500 mm × 500 mm, allowing inspection and automated XYZ scanning of objects placed vertically. HR-1020E Telecentric polarized lenses were used for acquiring the scans ranging from 10× to 90× magnification. The HRX-01 software controls the motorized XY and Z axis to achieve automated stitching (gigapixel panorama) as well as 3D depth maps using focus variation (also called focus stacking).
- Tool / Equipment (or Software) reference
- https://hirox-europe.com/
- Equipment setup - Experimental
-
Images of investigated areas in the selected case studies were acquired with a Hirox 3D Digital Microscope HRX-01, mounted on an ST-T500 Horizontal T-Stand 500 mm × 500 mm, allowing inspection and automated XYZ scanning of objects placed vertically. HR-1020E Telecentric polarized lenses were used for acquiring the scans ranging from 10× to 90× magnification. The HRX-01 software controls the motorized XY and Z axis to achieve automated stitching (gigapixel panorama) as well as 3D depth maps using focus variation (also called focus stacking).
- Equipment setup - Experimental Reference
- https://hirox-europe.com/