Due to the development of precision medicine, in vitro diagnostics and other industries, the requirements for experimental equipment in major laboratories have continued to increase, prompting experimental equipment to be upgraded in the direction of automation and intelligence. Against this background, the fully automatic pipetting workstation market is facing good development opportunities. As a high-tech laboratory equipment, the fully automatic liquid sample processing workstation has what characteristics and in which fields it is widely used. Let us enter this article to have a further understanding of the fully automatic liquid sample processing workstation:
1. Characteristics of fully automatic liquid sample processing workstation
1. High degree of automation:
(1) The fully automatic liquid sample processing workstation realizes the automation of the entire process from sample preparation to processing and analysis, greatly reducing the need for manual operations and improving work efficiency.
(2) Automated operation reduces human errors and improves the accuracy and repeatability of experiments.
2. Intelligent and convenient:
(1) Workstations are usually equipped with intelligent computing systems that can automatically complete tasks such as concentration calculation and pipetting volume calculation, avoiding tedious manual calculations.
(2) The operation interface is friendly, the command program is simple and easy to understand, and it supports method editing and one-click startup, making the operation more convenient and faster.
3. Reliable performance:
(1) Use a high-precision dual-pump system or other advanced liquid distribution technology to ensure that the consistency and repeatability of each sample preparation meet the requirements of calibration standards.
(2) The instrument is designed with a variety of safety protection measures, such as remote monitoring, unattended operation, etc., to ensure the safety and reliability of the experimental process.
4. Safety and health:
(1) Fully automatic operation reduces the direct contact between experimenters and harmful substances and protects the health of experimenters.
(2) Equipped with light-proof housing, low-temperature control system, etc. to reduce the impact of light, temperature and other factors on sample stability.
5. Versatility:
(1) The workstation has various liquid sample preparation functions such as standard mixing preparation, standard curve preparation, sample addition, liquid separation, sample dilution, etc., and can be applied to a variety of experimental needs.
(2) Some workstations also support functions such as automatic cleaning and automatic filling of pipettes to effectively avoid cross-contamination.
6. Real-time monitoring and recording:
(1) The entire preparation process is monitored in real time, the instrument status is displayed in real time, and a record report is automatically generated after the preparation is completed to facilitate data storage and traceability.
2. Application of fully automatic liquid sample processing workstation
1. Life science field:
In biomedicine, genetic testing, protein research, etc., fully automatic liquid sample processing workstations can help scientists better conduct experiments and research and improve the accuracy and efficiency of experiments.
2. Environmental science field:
In water treatment, gas treatment and solid waste treatment, the application of workstations can reduce human errors and processing difficulties, and improve processing efficiency and accuracy.
3. Pharmaceutical industry:
In terms of drug research and development, drug quality inspection, etc., the application of workstations makes drug research and development more accurate and efficient, helping to improve drug quality and safety.
4. Other fields:
The fully automatic liquid sample processing workstation can also be used in food testing, chemical analysis, agricultural scientific research and other fields, providing strong support for scientific research and production in these fields.
The fully automatic liquid sample processing workstation plays an important role in many fields with its characteristics of high automation, intelligence and convenience, reliable performance, safety and health, versatility, and real-time monitoring and recording. With the continuous development of science and technology, the fully automatic liquid sample processing workstation will continue to improve and expand its functions. Its powerful functions make the fully automatic liquid sample processing workstation have broad prospects for future applications.
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