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Optimal cryostat for optical microscopes that achieves cryogenic environments with reduced helium consumption Optical cryostat for microscopes Microstat series-Microstat N
Optimal cryostat for optical microscopes that achieves cryogenic environments with reduced helium consumption Optical cryostat for microscopes Microstat series-Tokyo Instruments, Inc

Optimal cryostat for optical microscopes that achieves cryogenic environments with reduced helium consumption Optical cryostat for microscopes Microstat series
Tokyo Instruments, Inc

Tokyo Instruments, Inc's Response Status

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100.0%

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30.7hours

Relatively Fast Response


About This Product

■Product overview

The Microstat series of microscopy cryostats offers cryogenic sample environments with a variety of designs and performance characteristics. Can be used as a liquid nitrogen and liquid helium flow cryostat with a sample environment in vacuum and sample temperatures from 2.2 K to 500 K.

■Microstat N

・77 K to 500 K temperature range ・Nitrogen refrigerant consumption: 0.5 L/h ・Compact design with approximate diameter of 90 mm and thickness of 24 mm ・By using a large capacity rotary pump, it is possible to reach a minimum temperature of 2.3K. ・Short working distance - min. 2 mm ・Supports samples up to 8 mm thick ・Comes with a nitrogen dewar for easy filling ・Temperature controller included (Mercury iTC)

■Usage/Application

・Microscope FTIR ・Microscopic Raman ・Microscopic PL

  • Product

    Optimal cryostat for optical microscopes that achieves cryogenic environments with reduced helium consumption Optical cryostat for microscopes Microstat series

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1 Models of Optimal cryostat for optical microscopes that achieves cryogenic environments with reduced helium consumption Optical cryostat for microscopes Microstat series

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)
Optimal cryostat for optical microscopes that achieves cryogenic environments with reduced helium consumption Optical cryostat for microscopes Microstat series-Part Number-Microstat N

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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About Company Handling This Product

Response Rate

100.0%


Response Time

30.7hrs

Company Overview

Tokyo Instruments, Inc., established in 1981, and headquartered in Tokyo, Japan, is a manufacturer of opto-ele...

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  • Japan

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