Fully automatic sample processing instrument

The fully automatic sample processing instrument is an automated equipment widely used in scientific research, medical treatment, testing and other fields. It can automatically complete a series of complex operations such as sample preprocessing, purification, dilution, liquid separation, mixing, and spotting, etc., and is extremely efficient. Dadi improves experimental efficiency and accuracy. The following is a detailed introduction to the fully automatic sample processing instrument:

1. Overview Fully automatic sample processing instruments integrate advanced machinery, electronics, computers and biotechnology to achieve automation and intelligence in sample processing through preset programs and algorithms. It is widely used in many fields such as animal husbandry, veterinary science, biomedicine, environmental monitoring, food safety, etc., and has become an indispensable and important tool for modern scientific research and testing work.

2. Functional features 1. The fully automatic sample processing instrument has the characteristics of high efficiency: it can quickly process a large number of samples, improve laboratory work efficiency, and save valuable time of scientific researchers. Through automated operating procedures, rapid sample processing and data generation can be achieved, greatly reducing human errors in the experimental process and ensuring the accuracy of experimental results. 2. The fully automatic sample processing instrument has precise characteristics: during the sample processing process, the instrument can accurately control various parameters to ensure that each step is carried out according to preset conditions, avoiding deviations in experimental results. Researchers can conduct experiments with more confidence and receive more reliable data support. 3. The fully automatic sample processing instrument is highly automated: it can automatically complete the sample processing process according to the set program without manual intervention, which greatly improves the automation level of the laboratory. Researchers can easily operate the instrument through preset programs, saving labor costs and reducing experimental risks.

3. Main types 1. Fully automatic sample processing instruments are classified according to the form of the processed samples and are mainly divided into the following two categories: (1) Liquid processing systems are mainly used for the processing, mixing and distribution of liquid samples, and are widely used in biochemical analysis, pharmaceuticals screening and other fields. (2) Solid sample processing systems are mainly used for cutting, grinding and extracting solid samples, which are commonly used in histological research, pathological diagnosis and other fields. 2. There are many types of fully automatic sample processing instruments. According to different application scenarios and functional requirements, they can be divided into the following types: (1) Fully automatic liquid sample processing platform: used for operations such as dilution, mixing and distribution of liquid samples. (2) Fully automatic solid phase extraction instrument: used for solid phase extraction processing of samples, such as extraction of target substances in complex matrices such as soil and water samples. (3) Fully automatic pipetting workstation: For example, Opentrons' Flex fully automatic pipetting workstation combines advanced robotic technology, open source software and artificial intelligence tools to automatically complete liquid sample processing operations such as pipetting, dispensing, and mixing. . (4) Fully automatic dry nitrogen blower: used for concentration and drying of samples, such as solvent removal in sample pretreatment. (5) Fully automatic sample digestion instrument: used for digestion processing of samples, such as pre-analysis of elements in solid samples such as soil and ore.

4. Application fields Fully automatic sample processing instruments are widely used in many fields, including but not limited to: 1. Biomedicine: used for sample processing in genetic testing, drug screening, disease diagnosis and other experiments. 2. Environmental monitoring: used for detection and analysis of pollutants in water, soil, air and other environmental samples. 3. Food safety: used for detection and analysis of harmful substances such as pesticide residues, veterinary drug residues, and additives in food. 4. Animal husbandry and veterinary medicine: used for sample processing in animal disease diagnosis, vaccine development and other experiments. 5. Clinical diagnosis: used for disease detection and drug screening.

Fully automatic sample processing instruments will continue to develop in a more intelligent, integrated, and modular direction. With the continuous integration of artificial intelligence and Internet of Things technology, fully automatic sample processing instruments will achieve more precise control and remote monitoring, providing more convenient and efficient solutions for scientific research and testing work.