Zugo Photonics|Cryogenics Instruments for Material Science & Biomedical Applications

elan2™ Liquid Nitrogen Generators

The elan2™ Liquid Nitrogen Generators completely replace liquid nitrogen (LN2) delivery and storage. The Generator footprint is smaller than most storage dewars and eliminates the need for delivery access. LN2 is available for dispensing at the push of a button precisely when you need it. You dispense LN2 without having to use cryogenic gloves because the transfer Dewar need not be held during transfer.
There are two models of elan2 Liquid Nitrogen Generators available, allowing you to chose the model that best suits your needs:

1. For offices or practices with one or two doctors, where only small volumes of liquid nitrogen are required at a time (no more than 1 L every 5 hours) – the elan2 Office Liquid Nitrogen Generator.

2. For offices or practices where larger volumes of liquid nitrogen are required (more than 1L at a time up to a total volume of around 6L per day) – the elan2 Liquid Nitrogen Generator with Autotransfer.

We also have a small range of consumable items that are necessary for the operation of these systems.

Link : http://www.elan2.com/products.asp

Hall Measurement Systems

Our Variable Temperature Hall System (VTHS) allows the user to make automatic measurements of resistivity, mobility and carrier concentration of a wide range of samples using the Van der Pauw method over a temperature range from 70K to 730K. Sample mounting is simple and allows rapid interchange of samples.

Optical Studies Systems

This system is designed for Raman and fluorescence measurements to be made over a wide range of temperatures.

Seebeck Measurement Systems

Our SB-100 Seebeck Measurement System allows users to make automatic measurements of the temperature-dependent Seebeck potential of metals, semiconductors and other electrically conductive samples.

Variable Temp Micro Probe Systems

The Variable Temperature Micro Probe Systems, VTMP, (or Low Temperature Micro Probe Systems, LTMP) allow the user to probe devices mounted on the cold stage of a micro refrigerator.

Micro Miniature Refrigerators

Micro Miniature Refrigerators are small, cryogenic refrigerators that derive their cooling power from the Joule-Thomson expansion of a high-pressure gas. This effect is amplified by using the cooled gas to pre-cool incoming gas in a counter-current heat exchanger. Temperatures down to 70 K can be achieved in devices a little larger than a matchbox in size.

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