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Cryogenic Devices and Equipments

Cryogenic Devices and Equipments

Using the best designs and cryogenic technology developed by the manufacturers, our cryogenic products are known for their exceptional quality and longevity.
Cryogenic storage and transportation systems, dewar vessels in various sizes, with low evaporation rate
Computer controlled freezers
MDR certified products

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Dewar vessels

For safe storage and dispensing of liquid nitrogen
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Cryogenics storage and transportation systems

Safe storage and transportation of biological samples in liquid- or vapor-stage nitrogen.
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Computer controlled freezers

Controlled rate freezing is an established procedure for the cryopreservation of biologic material in research and clinical applications. In-line with GMP protocols, cell material can be frozen then stored at cryogenic temperatures.
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No, our company distributes high-precision on-line and at-line moisture sensors that work on the near-infrared (NIR) principle and are not designed for hand-heldl use.
Gas adsorption analyzers are suitable for measuring samples containing only micro- and/or mesopores, while mercury porosimeters are suitable for measuring samples containing only meso- and/or macropores.

Powdered materials having diameters from 0.1 to 300 μm (micrometers) can be measured
with a precision of 1 mass percent over the entire size range provided three criteria are met: 

  1. the particles must be more dense than the liquid in which they are suspended
  2. the particles must disperse, or break free of one another, in the liquid
  3. the particles must absorb more X-rays than the liquid so that adequate contrast with the liquid is created. 

 

The last criterion generally means that the particles have atomic numbers greater than 8 (oxygen). Those composed exclusively of atomic species with atomic numbers below 8 will not absorb X-rays sufficiently and therefore are unsuitable for analysis. This category includes most organic compounds. However, particles containing elements of atomic number 8 (oxygen) and higher can be analyzed and this includes almost all inorganic compounds. A few basically organic materials that incorporate at least some higher elements from the periodic table also can be analyzed.