96 well plate automatic micro liquid analyzer

96 well plate automatic micro liquid analyzer(hereinafter referred to as "liquid 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.

Main features:

1. The fully automatic micro liquid analyzer adopts a precision peristaltic pump for non-contact liquid separation, and the whole machine is exquisite and compact;

2. The separation accuracy is high, with an error of less than 1.5% for a 96 well plate of 100 μ L. The minimum separation volume is as low as 5 µ L, and the addition time for a 96 well plate of 100 µ L is 12 seconds.

3. The separation strength can be adjusted in two levels, suitable for different experimental needs.

4. Adopting a 7-inch color LCD touch screen, the operation is simple, and the liquid separation method can be selected as full board or any column.

5. Active waste liquid tank, convenient for waste liquid discharge, can be connected to pipelines to automatically recover waste liquid into waste liquid bottles.

The fully automatic micro liquid analyzer is a precision instrument widely used in fields such as life sciences, chemistry, and medicine. Here are some precautions for a fully automatic micro liquid analyzer:
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.
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.
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.
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.
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.
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.
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.
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.
The above are some important precautions for the fully automatic micro liquid analyzer, hoping to be helpful to you

96 well plate automatic micro liquid analyzerThe main uses and functions of a fully automatic micro liquid analyzer are as follows:
Detailed description of usage/functional category
Main Applications - Molecular Biology: PCR System Construction, cDNA Library Packaging.
-Cell culture: medium supplementation, cell suspension packaging, microplate inoculation.
-Drug screening: high-throughput compound allocation, 96/384 well plate reagent addition.
-Clinical testing: serum/plasma packaging, ELISA experimental sample processing.
-Industrial quality inspection: standard solution preparation, precise feeding of trace additives.
Main function - Non contact liquid separation: using a precision peristaltic pump for non-contact liquid separation, the whole machine is exquisite and compact, and can be placed in a super clean table for use.
-High precision liquid separation: The liquid separation accuracy is high, with an error of less than 1.5% for a 96 well plate of 100 μ L. The minimum liquid separation volume is as low as 5 µ L, and the liquid addition time for a 96 well plate of 100 µ L is 12 seconds.
-Multiple liquid separation methods: There are quantitative and non quantitative liquid separation methods, which can be selected as whole plate or arbitrary column addition.
-Strong adaptability: The separation strength can be adjusted in two levels, high and low, suitable for different experimental needs.
-Waste liquid treatment: The movable waste liquid tank facilitates the discharge of waste liquid, and the bottom of the waste liquid tank can be connected to a pipeline to automatically recover waste liquid into a waste liquid bottle.
-Additional functions: After separation, it can be shaken, withdrawn, and rinsed.