1. The automatic liquid transfer workstation is configured according to the customized needs of the customer's APP application
2. Equipped with 96/384 cores, it can complete the automatic liquid transfer operation of the 96/384 orifice plate in one go
3. Compared to manual pipettes, the speed exceeds 8 times;
4. Capable of lifting and lowering automatic workbenches to meet automatic programming needs
5. 2/3/4 counters can be selected and configured according to needs;
6. Sequential dilution (8 channels/16 channels);
7. The transfer station, lock head, and EZ Load suction head are integrated, with good sealing to ensure good experimental results;
8. Replace the lock for a few seconds, without the need for assistance, quickly replace the suction head;
9. Suitable for 24/96/384 orifice plates that comply with SBS standards for pipetting operations;
10. Compact and space saving, suitable for fume hoods and biosafety cabinets.

The automatic pipetting workstation brings automation and standardization to the experimental process, setting new standards for various experiments. The sample processor ensures a high degree of automation and standardization in sample processing - with a trace reaction system, it reduces sample processing costs. Its automated operation process can reduce human operation errors, and standardized experimental steps can improve the repeatability of experiments.

The automatic liquid transfer workstation can fully automate the liquid separation work, and the open source APP application interface can be modified by the user. It is suitable for various liquid separation experiments and can be used to prepare organic electrolyte solutions with different components. The 1mL separator can automatically and accurately transport liquids according to program settings, and high-throughput development of lithium-ion electrolytes and organic solvents can replace manual operations to improve experimental efficiency.

The automatic liquid transfer workstation is equipped with a sample plate, suction head, vibrator, small PCR device, and 8 rows of guns on the ultra clean platform. The left and right, up and down, and front and back movements of the 8 rows of gun mechanical arms are controlled through system software, and human hands are controlled to achieve the overall workflow of liquid suction and discharge, which is roughly the same as manual operation and easy to understand.