Automated Cell Line Development System

Automated cell line development system

The construction of cell lines is an important part in the development of antibody drugs, which involves a large number of cell culture and passage, a variety of automated clone picking and activity detection. MegaRobo can realize fully automated process from transfection to stable monoclonal cell line screening and identification, which greatly reduces the manpower requirement for cell line development and ensures that the experimental process is efficient and controllable.

Product introduction

Cell biology is one of the cornerstones of modern biology. Cell biology experiments require very strict aseptic manipulations, which requires high-level experimenters. At present, the life science industry at home and abroad is experiencing outstanding problems such as shortage of cell technicians and difficulty in matching the level of employees to research and development needs.

The cell line development in the upstream R&D stage of biopharmaceuticals has a long process and complicated operations, requiring a large number of medium changes, passages and tests, and a selection will be made according to the test results. There is an urgent need in the industry for an automated cell line construction system.

The automated cell line construction system can realize fully automated operations from transfection to monoclonal screening and identification of stable transfected cells, which greatly reduces the manpower requirement for cell line construction and ensures that the experimental process is efficient and controllable.

Product Features

High-throughput

It can realize the construction of up to tens of thousands of subcolony or minipool.

Wide compatibility

It is compatible with various liquid handlers, molecular interaction instrument, monoclonal cell imaging systems and integration of various auxiliary equipment.

Long-term experiment management

It has the functions of experiment planning and appointment, can meet the cell line construction process that lasts from several weeks to several months.

Good flexibility

It's real dynamic scheduling, which can not only support running multiple experiments in parallel, but also add new experiments at any time.

Application scenarios

  • Bio-pharmacy

  • CMC R&D

  • Cell Biology

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