 |
|
 |
Metris became a member of the Nikon group
|
|
|
|
To understand evolution of life on our planet, researchers now have the ultimate tool for deep inspection of fossils, bones, sediments of previous times. Detailed insight into the inside of precious samples in a non-destructive reveal valuable information regarding the evolution of mankind, animal and vegetation.
Metris and previously X-Tek have a long tradition in paleontologic research as many Musea, or Universities apply our Computed Tomography systems for analysis of historic or ancient samples.
|
|
Challenges when inspecting samples
- Non-destructive inspection: x-ray and micro-CT is used to image and qualify unique and precious artefacts
- High inspection accuracy: high geometric precision is required to trace tiny details or small details.
- High power micro-focus x-ray source provides sufficient x-ray power to analyze more voluminous specimens
- Fast inspection: as the inspection of archaeological artifacts typically requires high-resolution images, CT reconstruction time is dependent on x-ray inspection time and CT reconstruction speed.
Recommended Metris solution
The XT H 225 (LC) is the advised solution for inspection of fossils etc :
- High power 225kV micro-focus x-ray source with a resolution op to 3µm
- Fast CT reconstruction and fully-featured post-processing software
- Standard cabinet can measure samples up to 250 mm Ø x600mm (large LC version up to 500mm x600mm)
- Full protected cabinet fulfills all safety requirements for both samples and operators
- 5-axis fully programmable tray manipulator with precision ball screws and linear slides
- Possibility for contract service work for X-ray and CT work
Sample CT images and inspection results
|
Bone analysis
|
Dinosour skull
|
Bug fossil
|
|
Bird skull
|
Gold sediments in calcite
|
CT bug fossil
|
Case study : Natural History museum
Researchers of the renowned Natural History Museum in London investigate diverse natural specimens using a Metris micro-CT scanner installed earlier this year. Stunning 3D visualizations of the interior structure of fossils, animals, rocks and meteorites enable them to acquire ground-breaking insight into mineral sedimentary deposits and the evolution of animal anatomy. Researchers additionally apply their micro-CT scanning expertise to advance industrial research focusing on carbon-fiber material, aluminum honeycomb structures and other innovative materials.
Read full case study
|
|
|
|
|
|
|
|
|
Global site
