A fully automatic solution dialysis experimental device

Abstract

The invention provides a fully-automatic solution dialysis experiment device which comprises a shell, a sample injection unit, an operation control system, an operation display interface, a sample solution input shunt controller and conduit line device, a dialysis device, a power supply system, a dialysis retention solution output unit, a dialysate output valve and a sample solution output shunt controller and conduit line device; the sample injection unit, the operation control system and the operation display interface are arranged on the shell; the dialysis device is arranged in the shell; the dialysis retention solution output unit, the dialysate output valve and the power supply system are arranged on the shell; the sample injection unit is connected with an inlet of the dialysis device through the sample solution input shunt controller and conduit line device; an outlet of the dialysis device is connected with the dialysis retention solution output unit through the sample solution output shunt controller and conduit line device. The fully-automatic solution dialysis experiment device provided by the invention is simple and novel in structure, high in degree of automation, high in dialysis efficiency and suitable for the dialysis and purification processes of medium and small scale batch samples.

Description

technical field [0001] The invention relates to laboratory automation equipment, in particular to a fully automatic solution dialysis experiment device. Background technique [0002] Dialysis technology refers to a separation and purification technology that separates small molecules from large molecules through the principle of small molecules diffusing into water (or buffer) through a semi-permeable membrane. Solvents, small biomolecules and other impurities and concentrated samples and other purposes. [0003] At present, dialysis instruments (such as hemodialysis) are widely used in medical and health services. They use the principle of semi-permeable membranes to remove various harmful and redundant metabolic wastes and excess electrolytes in the fluid to purify the blood. However, in the process of scientific experiments, for other laboratory batches of liquid phase samples (such as dialysis of natural organic matter solutions, etc.), there is no automatic instrument ...

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Problems solved by technology

[0013] The hemodialysis device disclosed in the above-mentioned invention patent can improve the efficiency of hemodialysis, but this device is only suitable for the dialysis of blood, and it is not suitable for the dialysis of other solutions in the laboratory, and this device is also inconvenient to carry and operate. not easy

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