The automatic liquid separation device of the 8-channel micro liquid analyzer can be customized

The automatic liquid separation device of the 8-channel micro liquid analyzer can be customized Main features:

1. The equipment adopts a precision peristaltic pump for non-contact liquid separation, and the whole machine is exquisite and compact, which can be placed in a super clean table for use.

2. Adopting a 7-inch color LCD touch screen, the operation is simple, and the liquid separation methods include quantitative separation and non quantitative separation. You can choose to add liquid to the whole board or any column.

3. 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.

4. The separation strength can be adjusted in two levels, high and low, suitable for different experimental needs.

5. 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 the waste liquid bottle.

6. After separation, it can perform functions such as oscillation, pullback, and rinsing.

7. Applicable plate types: 96 well plate, 48 well plate, 384 plate, eight tube PCR tube, 96 PCR plate, enzyme-linked immunosorbent assay plate, various test tubes, centrifuge tubes, EP tubes (compatible with corresponding adapter racks)

The automatic liquid separation device of 8-channel micro liquid analyzer can be customized with technical parameters:

1Model: CYFY-8

2Applicable version: 96 hole plate (standard)

3Separation method: Whole board or any column, column separation volume can be set

4Liquid separation speed: adjustable in two levels of "high low"

5Liquid separation volume: 1-2000 µ l (can be customized according to customer requirements)

6Liquid distribution pipeline: 8 channels

7Display mode: 7-inch LCD touch screen

8Liquid separation accuracy: 100 µ l ≤ 1.5% (96 well plate)

9Cleaning function: automatic lubrication and suction function

10Auxiliary functions: oscillation, return function

11Compatible container: customizable according to needs

12Working temperature: -20 ℃ -40 ℃

13Relative humidity:<80%

14Liquid requirements：Can be packaged in barrels or bottles

15Suitable container：On-demand customization

The operation instructions for the fully automatic liquid separator are as follows:

1. Preheating: Ensure that the instrument is preheated for sufficient time before operation.

2. Connection: Connect all necessary components to the instrument according to the methods provided in the instrument operation manual. Ensure the connection is correct and tight.

3. Sample preparation: Prepare samples according to the requirements of the experiment. It may be necessary to dilute or filter the sample mixture.

4. Install reagents: Install appropriate reagents according to experimental requirements. Some reagents may need to be frozen before use.

5. Connect the separating funnel: Connect the separating funnel to the correct position on the instrument.

6. Setting and adjustment: According to the specifications of the experiment, set and adjust the parameters of the fully automatic liquid analyzer, such as liquid flow rate, injection volume, reagent volume, and cycle times.

7. Run the experiment: After everything is ready, start running the experiment. Observe and record all data and results during the experimental process.

8. Cleaning: After the experiment, clean the instrument and related components as needed.

9. Data analysis: Analyze experimental data to ensure correct recording and processing of all observed results.

10. Repeat experiment: If the experimental results meet expectations, the experiment can be repeated to verify the stability of the results.

What is the maintenance cycle for an eight channel liquid separator

As a precise and efficient automated liquid separation equipment in the laboratory, the maintenance cycle of the 8-channel liquid separator is crucial for ensuring the long-term stable operation of the instrument. Generally speaking, the maintenance cycle of an 8-channel liquid separator varies depending on its frequency of use, working environment, and specific model.

Under normal usage conditions, it is recommended to conduct comprehensive maintenance every six months to one year to ensure the instrument's liquid separation accuracy, smooth operation, and overall performance. The maintenance content mainly includes the following aspects:

Firstly, it is necessary to inspect the mechanical components of the instrument, such as the peristaltic pump, robotic arm, and separation pipeline, to check for wear or looseness, and replace the worn parts in a timely manner;

Secondly, check and clean the display screen, buttons, and casing of the instrument to prevent dust and liquid residue from causing damage to the instrument;

At the same time, it is necessary to perform dust removal and testing on the internal circuit board and sensors of the instrument to ensure their normal operation;

Finally, calibrate the instrument and use an analytical balance to verify the accuracy of liquid separation by measuring the actual liquid output. Adjust the ratchet buckle on the peristaltic pump head to achieve excellent liquid separation effect.

It is worth noting that in special usage environments such as high humidity, high temperature, or frequently used laboratories, maintenance cycles may need to be shortened to cope with more demanding working conditions.

In addition, regular software updates and upgrades are also important means to maintain instrument performance and stability.

In summary, a reasonable maintenance cycle and meticulous maintenance measures can extend the service life of the 8-channel liquid separator and improve experiments

Efficiency and ensuring the accuracy of experimental data are of great significance.

Laboratory personnel should develop a scientific maintenance plan based on actual conditions and strictly implement it to ensure the long-term stable operation of the instruments.