You can achieve solvent concentration simply by plugging it into an outlet.
It is characterized by the ability to directly set vials used for small-scale reactions and by being compact in size, at 1/10 of the conventional method, resulting in a portable concentration recovery device.
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basic information
Sōzō Kagaku Kenkyūjo Co., Ltd. (Okayama City, President Shigeru Torii, 086-229-1212), a manufacturer of physical and chemical instruments, has developed a portable concentration recovery device called "Soltra Mini" for research institutions, which can use small containers such as vials and test tubes (photo attached). It features the ability to directly set vials used in small-scale reactions conducted at research institutions, achieving a compact size that is 1/10 of conventional methods, making it a portable concentration recovery device.
Price information
From 488,000 and up We accept changes to containers, etc.
Price range
P3
Delivery Time
P4
Applications/Examples of results
Examples of applications for this device: 1) Concentration of organic solvents and aqueous solutions 2) Concentration of fractions from HPLC and GPC 3) Recovery of expensive deuterated solutions for NMR 4) Generation of single crystals such as proteins Features of this device: 1) Various small containers such as vials and test tubes can be directly set into the device. 2) By using Peltier elements for heating and cooling, it achieves a compact size that is 1/10 of conventional methods. 3) Evaporation and recovery are performed in a sealed space, preventing the diffusion of organic solvents into the room. 4) The use of fluororesin allows for concentration under conditions of organic solvents, acids, and alkalis without restrictions. Usage locations for this device: 1) Universities, departments involved in chemistry, pharmaceuticals, food exploration, synthesis, analysis, drug discovery, and quality control 2) Environmental analysis institutions
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![[Solution Case] An Example of Replacing a Rotary Evaporator](https://image.mono.ipros.com/public/product/image/94f/2000752965/IPROS99584755785061892102.png?w=280&h=280)
![[Data] Evaporation and Concentration](https://image.mono.ipros.com/public/product/image/39b/2000567173/IPROS21479270791769893869.png?w=280&h=280)
