CT160 – In-Situ Temperature Control Stage for X-Ray CT
In association with the major manufacturers µXCT systems including Zeiss, RX Solutions, Tescan/XRE, Nikon, Thermo Fisher Scientific and Waygate/GE we are now able to offer an integrated tensile testing solution for your µXCT application. Using tensile testing with µXCT provides a clear visual interpretation of how the properties of materials and composites change under different loading conditions. The compact design of these testing stages allow them to be used with the smallest high resolution micro CT systems providing a range of tensile and compression stages with forces up to 20kN and resolutions down to 25mN. Systems are controlled with a keypad control panel for temperature display and control. The CT160 Peltier stage provides controlled heating and cooling of the sample from −20 °C to +160 °C during CT imaging, enabling temperature-dependent in-situ mechanical testing. Further details and pricing is available from your micro CT supplier or direct from Deben.
Also available is a stage without tensile capability, providing heating/cooling only. This stage can be used for observing small frozen samples or samples at elevated temperatures.
Features
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- CT160 with 7mm diameter specimen platen or CT160+ with 15mm diameter specimen platen
- Peltier heating platform system
- Temperature range -20°C to +160°C at atmospheric pressure and ambient temperature at or below 20°C.
- Temperature accuracy ±1.5ºC or 2%, whichever is the greatest
- Temperature display resolution 1ºC, temperature stability ±0.2ºC
- Maximum cooling/heating rate 10ºC per minute
- Simultaneous display of actual and target temperature
- Dimensions: 102mm x 225mm (Max. OD, H)
- Weight: 780g approx.
- Keypad/control panel for temperature display and control
Related Products
X-ray CT Tensile and Compression stage with high strength ULTEM support tube
X-Ray CT Tensile and Compression stage with Heating to +250°C
X-Ray CT Tensile and Compression Stage with Peltier Heating and Cooling
Room Temperature X-Ray CT Tensile and Compression stage




