Nano-CT - GE v|tome|x m 240 - Status: Available
General Information
- Current Status:
- Available
- Use Rates:
- External Academic & Government:
- $55.60/Hour
- External Affiliated Commercial/Industrial:
- $239.50/Hour
- External Commercial/Industrial:
- $319.30/Hour
- External International Academic:
- $74.20/Hour
- Internal Standard:
- $37.10/Hour
- Service:
- Request Service Quote. The Staff rate is $50/hour (Internal) and $55 /hour (External) in addition to the instrument rate.
- Building:
- NANO (0070)
- Room:
- Nano-CT Room (128)
- In Cleanroom:
- No
- Main Contact:
- Gary Scheiffele
Description
Rate Notes: Published rates are for first 3 hours. Rate then decreases to $9.25/hr. for Internal Standard - $13.90/hr. for External Academic & Gov. - $18.50 for External Int. Academic - $59.90/hr. for External Affiliated Commercial/Industrial - $79.80/hr. for External Commercial/Industrial.
Runs not to exceed 12 hours in total.
Within the phoenix v|tome|x m, we have GE's dual tube CT allowing submicron voxel size with the 180 kV transmission tube, or high power and micron level voxel sizes with the 240 kV microfocus X-ray tube. GE's high dynamic DXR digital detector array and the click & measure|CT automatization functionality make it an efficient 3D tool for industrial inspection and scientific research. Due to its dual|tube configuration, detailed 3D information for an extremely wide sample range is provided: from high resolution nanoCT of low absorbing samples up to high power µCT applications such as turbine blade inspection.
Nanotomography wiki link
X-Ray Microtomography wiki link
Within the phoenix v|tome|x m, we have GE's dual tube CT allowing submicron voxel size with the 180 kV transmission tube, or high power and micron level voxel sizes with the 240 kV microfocus X-ray tube. GE's high dynamic DXR digital detector array and the click & measure|CT automatization functionality make it an efficient 3D tool for industrial inspection and scientific research. Due to its dual|tube configuration, detailed 3D information for an extremely wide sample range is provided: from high resolution nanoCT of low absorbing samples up to high power µCT applications such as turbine blade inspection.
Nanotomography wiki link
X-Ray Microtomography wiki link
Capabilities
- Industry leading magnification at 240 kV for high absorbing samples
- Unique dual|tube configuration for high power µCT as well as high resolution nanoCT®
- Unique temperature stabilized digital GE DXR detector array (up to 30 fps) for extremely fast CT data acquisition
- 3D metrology package for precision measurements, system specified referring to VDI 2630 guideline
- Max. sample size up to 500 mm Ø x 600 mm in height; 3D scanning area max. 290 mm Ø x 400 mm; up to 50 kg (110 lbs.)
- Fast Scans, Multiscans, and Batch Scan capable.
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