Synthetic Biology

The Culture Plate Preparation Mate includes modules for heating and stirring, liquid dispensing, petri dish lid handling, a robotic arm, and hotels. It utilizes a peristaltic pump to dispense the medium into petri dishes before the robot transfers the filled plates to the stack for solidification, enabling high-throughput preparation of culture plates for microbiological cultivation.

It is ideal for applications in synthetic biology, antibody drugs, genetic engineering, and various microbiological testing fields, and is widely used in hospitals, ICL, pharmaceutical R&D companies, and microbiological testing laboratories in the food and environmental sectors.

The Benchtop Plasmid Construction Mate integrates the LabGenius S4 Material Handling Robot and LabGenius G3 Liquid Handling Robot, along with modules of temperature control, magnetic block, hotels, and PCR instrument. It automates medium- to low-throughput workflows for plasmid construction across 1–4 microplates (96-well format), including PCR setup, DNA fragment amplification, plasmid backbone digestion, and recombinant plasmid ligation.

It is ideal for pharmaceutical companies, CROs, CMOs, CDMOs, biotechnology firms, antibody and protein production facilities, plant breeding, synthetic biology, and universities or research institutes involved in genetic engineering applications.

The Standalone Plasmid Construction Mate integrates the LabGenius S4 Material Handling Robot and LabGenius G3 Liquid Handling Robot, along with modules of temperature control, magnetic block, nucleic acid extractor, PCR instrument, dispenser, microplate reader, and stacks hotels. It streamlines high-throughput workflows for plasmid construction, including PCR setup, DNA fragment amplification, plasmid backbone digestion, recombinant plasmid ligation, and recombinant plasmid identification.

It is widely applicable in pharmaceutical companies, CROs, CMOs, CDMOs, biotechnology firms, antibody and protein production, plant breeding, synthetic biology, and genetic engineering research in universities and research institutes.

The Plasmid Construction Automated Workstation automates the entire process of plasmid vector construction, including gene fragment amplification, plasmid digestion and ligation, competent cell transformation, recovery plating, static incubation, positive clone selection, culture amplification, and plasmid extraction and purification.

It is primarily used in biologically related research laboratories, including research institutes, pharmaceutical companies, CRO/CDMOs, and biotechnology firms.

The High-Throughput Protein Expression and Purification Automated Workstation automates key steps in protein expression and sample preparation, including inducer-based transformation, ultrasonic cell disruption, high-speed centrifugation, protein magnetic bead purification or affinity purification, and column-based desalting.

It assists pharmaceutical companies, CROs, and biotechnology firms in the discovery and early-stage expression screening of monoclonal antibodies, peptide antibiotics, vaccines, enzymes, and peptide drugs.

The Mircroplate Reader Mate integrates a microplate detection module, a robotic arm, and hotels. By utilizing stacking and automated plate transfer capabilities, it supports efficient high-throughput testing with microplate readers.

It is ideal for a variety of applications, including the quantification of biomacromolecules, ELISA, bacterial and cell growth density assays, MTT, XTT, CCK8, reporter gene assays (such as β-galactosidase, GUS), cell migration and invasion assays, enzyme activity measurements, viral titration, antibody affinity and specificity testing, metabolic analysis, immunogenicity testing, vaccination status evaluation, pathogen detection, in vivo hormone assays, and peptide testing.