![Peltier Cooling Stage for SEM/FIB](http://microscopysolutions.com.au/cdn/shop/files/au-mbp80-010_700x700.png?v=1736896573)
![Peltier Cooling Stage for SEM/FIB](http://microscopysolutions.com.au/cdn/shop/files/au-mbp80-010_700x700.png?v=1736896573)
Peltier Cooling Stage 80
Compact size П†42 mm + Cooling -80°C
EBSD while cooling at -80°C
Temperature control Resolution less than В±0.01degree
![](https://cdn.shopify.com/s/files/1/0707/4254/0530/files/71723584676-cooling-stage01.png)
![](https://cdn.shopify.com/s/files/1/0707/4254/0530/files/71723584677-martensitic-transformation.gif)
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Under -20°C control
with inВ±0.01°C
![](https://cdn.shopify.com/s/files/1/0707/4254/0530/files/81723584677-cooling-stage03.png)
![](https://cdn.shopify.com/s/files/1/0707/4254/0530/files/31723584678-cooling-stage04.png)
![](https://cdn.shopify.com/s/files/1/0707/4254/0530/files/31723584679-cooling-stage05.png)
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Compact Size and Lightweight
It realizes a cooling stage of П†42 mm. It can be mounted on a compact, lightweight and compac SEM stage. Moreover, because it is lightweight, the burden on the gonio of the SEM is small, and it is possible to observe the high inclination of the stage and EBSD at ZEISS SEM-MERLIN.
Feed Through Flange and Lab Chiller
Feed Through Flanges are used for energizing cables, temperature measuring cables. You can pass a dedicated cable according to the mechanism. Flannel shape according to flanger shape of each company FIB-SEM.
SEM Stage Specification
- в—Џ cooling sem stage spec.
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Cooling stage size : 38 X 40 X 26 (mm)
Weight : 125g
Sample stage size 10.5X15.5(mm)
Cooling control range: +20C(RT) to -80C
(with Lab chiller and Temp. controller)
Thermal censor : Pt100
(It is installed directly under the sample stage)Include Feed through of your SEM/FIB
- в—Џ MTC-002 Temp. controller spec.
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Controller size
210X250X135пј€mmпј‰
Weight : 2754g
Control resolutionпјљ В±0.005C
- в—Џ Lab Chiller spec.
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Lab Chiller size:266X365X420(mm
Weight:16.2Kg
Control temp: Ultimate temp. 0C
(The temperature control of the stage makes
the reached chiller temperature different.)
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