Optical Cryostat for Microscopic Research - MicrostatN

NegotiableUpdate on 05/06

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Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

Microstat N, an optical low-temperature thermostat used for microscopic research, provides users with a low-temperature sample environment with various optical path designs and optical performance characteristics. The refrigeration method is vacuum refrigerant cooling, and liquid nitrogen or liquid helium refrigeration can be selected according to temperature requirements, with a temperature range from below 2.2K to 500K. The Microstat series is one of the effective and cost-effective micro low-temperature thermostats on the market.

Product Details

Optical Cryostat for Microscopic Research - MicrostatN

•Thermostat type: Liquid Nitrogen Thermostat (LN)₂）

•Sample space: 20mm x 2mm

•Applicable samples: solids, powders, and particles

•Temperature range: 77 K to 500 K

•Temperature stability: ± 0.5 K

•System cooling time: less than 10 minutes (up to 77 K)

•Liquid nitrogen consumption:<0.5 L/hr (nominal value)

•Low operating costs

•Sample replacement time: about 30 minutes (the thermostat needs to be restored to room temperature for operation)

•Sample position stability: The stability of the sample holder position is about 1 µ m

•Short working distance: as low as 2 mm

•Maximum sample thickness: can accommodate samples with a thickness of 8mm

•Configuration support: Reflection and transmission measurement modes

Optical Cryostat for Microscopic Research - MicrostatNEquipment parameters

Low refrigerant consumptionCan significantly reduce operating costs

Easy to operateThe experimental window and sample holder can be easily replaced

versatileMultiple window materials to choose from

software controlAll electronic instruments can be controlled through software, and communication interfaces include RS232, USB (serial emulation), TCP/IP, and GPIB. Provide LabVIEW function library and virtual controller to realize PC based electronic device monitoring, and integrate them into a complete LabVIEW data acquisition system.

system configuration

Typical configurations include:
Thermostat host

MercuryiTC temperature controller

• Infusion tube

Easy to fill liquid nitrogen Dewar

• Flow meter

Small and compact design: diameter 90 mm, thickness 24 mm

Equipped with 4-pin electrical measurement signal leads for instant installation and measurement

• Attachments and operation manual

• Control software

• Weight: 0.4 Kg

Micro Fourier transform infrared spectroscopy (Micro FTIR): studying molecular bonds in lattices