Novel integrated liquid operating system

Abstract

The invention relates to the technical field of biopharmaceutical equipment, in particular to a novel integrated liquid operating system which comprises a workbench, a pump liquid supplementing area, a liquid transferring area and a linear motor gantry main frame; the pump liquid supplementing area comprises a pump liquid supplementing unit, a pump liquid supplementing X-axis linear motor and an orifice plate transfer robot; and theliquid transferring area comprises a liquid transfer unit and a liquid transfer X-axis linear motor. The system of the invention can effectively solve the problems that when a working head of the existing imported equipment 8-channel pipetting liquid workstation is arranged on the same guide rail, although the high efficiency during the pipetting operation of a 96-hole pore plate is ensured, half of channels are idle and hardware waste is caused when a large number of daily consumed materials such as 24-hole plates and 6-hole plates are served, and when a 24-pore plate and a 96-pore plate are used in a mixed mode, most of liquid transfer channels are idle, and existing imported equipment has a huge space for further improving efficiency are solved.

Description

technical field [0001] The invention relates to the technical field of biopharmaceutical equipment, in particular to a novel integrated liquid operating system. Background technique [0002] In the process of high-throughput R&D and testing of pharmaceuticals, a large amount of liquid operations are required for target product expression, pre-test sample preparation, liquid transfer and purification, etc. At present, manual operations in most laboratories require a large number of operators to ensure Throughput, low efficiency, high cost, and due to the operation of different personnel, the fluctuation and uniformity of different samples during large-scale operations require high-throughput liquid workstations to ensure operational efficiency and quality. Common liquid operations include There are two parts: small liquid volume pipetting and large capacity pump liquid rehydration. The current high-throughput multi-channel pipetting (8 channels in parallel, or 8 channels and ...

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Problems solved by technology

[0002] In the process of high-throughput R&D and testing of pharmaceuticals, a large amount of liquid operations are required for target product expression, pre-test sample preparation, liquid transfer and purification, etc. At present, manual operations in most laboratories require a large number of operators to ensure Throughput, low efficiency, high cost, and due to the operation of different personnel, the fluctuation and uniformity of different samples during large-scale operations require high-throughput liquid workstations to ensure operational efficiency and quality. Common liquid operations include There are two parts: small liquid volume pipetting and large capacity pump liquid rehydration. Currently, high-throughput multi-channel pipetting (8 channels in parallel, or 8 channels and 96 channels in parallel) liquid workstation products basically rely on imports

[0003] At present, the working head of the 8-channel pipetting liquid workstation of the imported equipment is arranged on the same guide rail. Although the high efficiency of the 96-well plate pipetting operation is ensured, when serving consumables such as 24-well plates and 6-well plates that are used in large quantities daily, Half of the channels are idle, resulting in expensive idle waste of hardware. When it comes to the mixed use of 24-well plates and 96-well plates, most of the pipetting channels are also idle. There is a huge space for further efficiency improvement of existing imported equipment

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