The significance of realizing whole-laboratory automation: Improvement of clinical laboratory management, simplification of sample testing steps, reduction of laboratory biosafety risks, good sample management system, and saving of human resources.
With the rapid development of downstream applications in the life sciences, the laboratory field is also facing great challenges, drug development and screening, gene sequencing and other popular technologies for the massive real-time data and advanced technology methods for the increased demand, with the increase in market demand, laboratory construction units for laboratory automation, intelligence also has a higher demand.
Laboratory automation system is a scientific research support system that fully utilizes laboratory technology resources, information resources, and intellectual resources. Through the experiment to obtain data, processing data, including scientific experiments, simulation, image processing, computer-aided design, automatic measurement, automatic inspection, control of experimental equipment, the management of literature and patent intelligence, a variety of databases, automatic translation, expert systems and so on.
The primary stage of laboratory automation is mainly the automatic measurement of experimental data. Modern laboratory automation has been involved in research planning, research surveys, experimental equipment design, experimental sample preparation, experimental data collection and organization, publication and popularization of research results, database construction and other research and analysis activities.
In short, it is the laboratory using a variety of automatic testing equipment and computers and other means of realizing the automated processing of experimental data, in order to reduce the manual operation of laboratory personnel, improve the efficiency of scientific research.
Laboratory automation features
1, openness: not limited to the connection with the manufacturer's instrument, can be connected with any other manufacturer's analyzer.
2, integrity: with a complete "pre-analysis - analysis - post-analysis" hardware and software support, complete information systems.
3, flexibility: the entire system can be placed according to the requirements of the site, a variety of ways.
4, intelligence: highly intelligent, humanized system design, to maximize the laboratory to assist the work.
5, independence: the functional units are both collaborative and relatively independent, each unit can operate independently.
6, completeness: with refrigerated storage post-processing automation system.