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Optimal cryostat for optical microscopes that achieves cryogenic environments with reduced helium consumption Optical cryostat for microscopes Microstat seriesHandling Company
Tokyo Instruments, IncCategories
Image | Part Number | Price (excluding tax) | Measurement wiring | Temperature stability | Maximum temperature | Minimum temperature | Vibration | Cooling time from room temperature | Refrigerant consumption | Refrigerant | Working distance (mm) | Sample environment | Sample drift | Sample space diameter x height (mm) |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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Microstat N |
Available upon quote |
4 DC |
±0.5K |
500K |
77K |
<0.1μm |
< 10 minutes |
< 0.5 liters/hour (reference value for liquid helium at 4.2K and liquid nitrogen at 80K) |
Nitrogen |
2 |
Vacuum |
< 1 μm/hour |
20 x 2 |
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