Automatic operation equipment for 8-channel micro liquid analyzer

NegotiableUpdate on 02/04

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The CHZDFY-8 $r $n fully automatic micro liquid separator (hereinafter referred to as the "separator") is a liquid separation device equipped with a high-precision peristaltic pump, which can quickly, accurately, and consistently complete automated liquid separation operations. It can be widely applied in fields such as disease control screening, food testing, animal quarantine, and life science research. Liberate the hands of experimenters to improve efficiency while avoiding errors.

Product Details

Automatic operation equipment for 8-channel micro liquid analyzerCHZDFY-8

The fully automatic micro liquid analyzerApplication areas include：
Pharmaceutical industry: Micro liquid separation is a crucial step in sample preparation during the pharmaceutical process. The fully automatic micro liquid analyzer is capable of preparing sample solutions into small volumes of liquid, which is crucial for dose control and quality control of drugs.
Chemical analysis: In chemical analysis, a fully automatic micro liquid analyzer can be used to divide sample solutions into small volumes of liquid for various chemical reactions and tests. These reactions and tests may involve various chemical substances, including organic, inorganic, and biochemical substances.
Food processing: In food processing, a fully automatic micro liquid analyzer can be used to accurately distribute various food additives and seasonings into food to ensure the quality and safety of the food.
In the field of environmental protection, fully automatic micro liquid analyzers can be used for monitoring and treating wastewater. By accurately distributing different chemicals into wastewater samples, various pollutants in wastewater can be detected and analyzed.
Life Sciences: In fields such as disease control screening, animal quarantine, and life science research, fully automatic micro liquid analyzers also play an important role.
The above are the main application areas of fully automatic micro liquid analyzers. The common feature of these fields is the need for precise and rapid liquid dispensing, and the fully automatic micro liquid analyzer can precisely meet these requirements.

Automatic operation equipment for 8-channel micro liquid analyzerCHZDFY-8

The fully automatic micro liquid analyzer is a precision instrument widely used in fields such as life sciences, chemistry, and medicine. Here are some features of a fully automatic micro liquid analyzerPrecautions：

(1) Placement and stability: Ensure that the instrument is placed smoothly and avoid vibration affecting the experimental results. The instrument should be placed on a stable workbench to avoid the influence of instrument vibration on the experiment.
(2) Power and Grounding: Use the manufacturer's configured power cord to ensure stable power supply and good instrument grounding to prevent electrical leakage and safety issues.
(3) Pre operation inspection: Before the experiment, check whether the connection of each component of the instrument is normal to avoid component detachment or damage. At the same time, check if the instrument software is installed correctly, if the power supply is functioning properly, and if the internal components are working properly.
(4) Cleaning and maintenance: Keep the instrument clean to prevent impurities from contaminating the instrument and affecting the experimental results. Regularly add bearing lubricating oil to the pump head bearing body and check the wear condition of the pump pipe regularly. If any abnormalities or damages are found, please replace them in a timely manner.
(5) Safe operation: Read and follow the steps in the instrument manual to avoid improper operation. During the experiment, keep the instrument clean and observe its operation. If any abnormalities are found, stop the machine immediately for inspection to avoid safety accidents.
(6) Shutdown and Storage: After the experiment is completed, clean the residual liquid inside the instrument and follow the instructions for shutdown and storage. If the equipment is stored for a long time, the pump tube needs to be cleaned and removed. During storage, attention should be paid to moisture, dust, and corrosion prevention.
(7) Use the correct consumables: Ensure the use of the correct board and follow the correct steps when shutting down. Before use, check the connections of each interface and ensure that the preparation and storage of samples and reagents meet the experimental requirements.

(8) Avoid contamination: Pay attention to keeping the liquid analyzer clean and avoid contamination. Clean the liquid and debris on the peristaltic pump and casing to avoid affecting the accuracy and service life of the pump head.

Pipette workstations and fully automatic separators are laboratory instruments used for liquid transfer and separation, but they have some limitations in terms of functionality, automation level, and applicabilitydifference：
function
Pipette workstation: With diverse and flexible functions, it can not only achieve precise liquid transfer and distribution, but also perform complex operations such as dilution, mixing, and gradient creation. For example, in molecular biology experiments, a series of tasks requiring multiple liquid processing steps such as nucleic acid extraction and PCR system construction can be completed.
Liquid divider: Its main function is to accurately divide a large amount of liquid into several equal parts or divide it according to specific ratios. The operation is relatively simple and focuses on the distribution function of the liquid. Commonly used for batch dispensing reagents into multiple containers, such as dividing culture media into culture dishes or test tubes.
degree of automation
Pipette workstation: a highly automated device that can be programmed to perform a series of complex pipetting tasks, achieving fully automated operations, reducing manual intervention, and improving the repeatability and accuracy of experiments. For example, in high-throughput drug screening experiments, a large number of samples can be continuously pipetted according to a preset program.
Liquid separation instrument: The degree of automation varies, and simple liquid separation instruments may only have basic liquid separation functions, requiring manual setting of parameters such as liquid separation volume and quantity; Although some advanced liquid separators can achieve a certain degree of automation, the overall automation level and functional complexity are usually lower than those of pipetting workstations.
Scope of Application
Pipette workstation: suitable for experimental scenarios with high precision requirements, complex operation steps, and large sample sizes, widely used in fields such as life sciences, drug development, clinical diagnosis, such as gene sequencing, proteomics research, etc.
Liquid analyzer: It is more suitable for rapid and large-scale distribution of liquids, and is used for batch separation of reagents and samples in routine laboratories, pharmaceutical factories, food factories, and other places, such as hospital laboratory departments for batch separation of blood samples.