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.

Based on robotics, automation, software control, liquid handler, detection, data processing and other technologies, the high-throughput drug screening system adopts appropriate experimental techniques to efficiently detect and screen a large number of candidate libraries.

Synthetic biology is an emerging interdisciplinary subject that allows us to rationally modify and create new biological systems with engineering ideas and methods. By integrating software and hardware, the MEGAROBO automation system can run the engineering cycle of "design-build-test-learn" efficiently, accelerating the R&D and translation of synthetic biology.

MRA-LSR-100 is a high-throughput automated plaque photographing and identification system designed according to user requirements. It is suitable for plaque and monoclonal culture carried by a variety of specifications of well plates...

Liquid handling is one of the essential and fundamental processes in life science experiments, which is also a typical labor-intensive operation. Faced with the exponential growth of pipetting and dispensing needs in terms of complexity and throughput

The system can fully satisfy the automation needs for high-quality, standardized and scaled plasmid extraction in the fields of cell therapy, gene therapy, antibody R&D, virus packaging, CGT, etc.

The automatic semi-preparative chromatographic separation system MRA-CMR-500 is highly integrated with automated injection, separation, detection and collection functions, which can realize single-wavelength

Cell counting, as a fundamental research in cell culture, is mainly used for calculating cell concentration during the cell culture process, replacing manual counting method of microscopic observation.

The series products of enzyme reagent pipette and filling system MRA-LSF-880 HP/HT are solutions developed for micro-filling, which can realize fully automated steps such as feeding, labeling, filling, capping, coding and unloading.

The series products of large volume reagent filling system MRA-LSF-850 are solutions developed for large volume filling, which can realize fully automatic steps such as feeding, filling, closing lid, labeling, unloading, etc.

The system integrates multiple functions such as tube decapping and recapping, barcode identification, and sample transfer, and enables automatic, fast and accurate transfer of samples from sampling tubes to 96-well deep-well plates; as a result, it ensures timely output of test results, and supports reliable mixed testing and operation monitoring

The whole process from sample to result is automated. A automatic pathogen testing system can truly realize "sample in-result out" with 11,000 samples/day tested.

The integrated mobile nucleic acid testing laboratory MRA-PTM-600 is a compact and efficient laboratory with an area of 30 m². It can realize one-stop nucleic acid detection, with 10,000 single tubes per day, and support 10:1 and 20:1 pooling sample test. It can realize on-site sampling and testing, and quickly help solve the capacity problem of nucleic acid detection in emergencies.

The series products are solutions developed for micro-filling, which can realize fully automated steps such as feeding, labeling, filling, capping, coding, and unloading.

MEGAROBO has developed the automation solution for the whole process from reagent card assembly to antigen filling.

According to the actual scenarios and business needs of the customer, MEGAROBO customized the loading tray, which can realize the feeding of the blood sampling tube, scanning the code, connecting to the information system and checking the sample information, weighing, sorting, and transferring to the corresponding testing area. The pipeline layout ensures that the sample tubes are neatly arranged into the carrier. It simultaneously transfers the sorted sample tubes to the follow-up testing area, and automatically completes all sample preparation steps inlcuding centrifugation, decapping, blood stratification testing, hemolysis testing, and sub-packaging of each component, so that the whole process is truly unattended, forming an overall solution for liquid biopsy sample preparation.