Drug Discovery

The High-Content Mate includes a high-content imaging system, a robotic transfer module, and a plate stack module, enabling full automation of cell imaging and analysis. It enhances cellular drug development by supporting high-throughput drug screening and research tasks such as cell viability, cell cycle analysis, migration, toxicity testing, receptor protein translocation, and protein-protein interactions in cancer, cardiovascular disease, stem cell, and neuroscience research.

The Microplate Reader Mate comprises a microplate detection module, a robotic transferring module, and a plate stacking module, making it suitable for high-throughput microplate reader detection scenarios. The stack staging function and the automatic transferring function are combined to ensure efficient high-throughput testing. Its applications include but are not limited to: biomolecule quantification, ELISA, bacterial and cell growth density, MTT, XTT, CCK8 assays, reporter gene β-galactosidase, GUS assays, cell migration and invasion, enzyme activity detection, virus titer measurement, antibody affinity and specificity, pharmacokinetic analysis, immunogenicity testing, vaccine efficacy testing, pathogen detection, hormone levels, and peptide analysis.

Designed for high-throughput cell analyses, the Cell Analysis Mate includes a robotic arm, a cell analysis module, and a plate stacking module. It is widely applicable in high-throughput cellular-level drug screening and research as well as large-molecule drug process development, where morphological analyses of cells (including cell phenotype analysis, organoid detection, cell counting, growth curves, transfection efficiency, and cell line development) are required. It automates high-throughput image acquisition and data analysis of cell samples in well plates, improving and accelerating cell state detection.

The Microscope Mate includes an optical microscope module, a plate stack module, and a robotic transfer module. As a key tool for observing and identifying cells, it takes advantage of advanced optical systems, robotics, automation, and AI technologies to perform high-throughput image and data acquisition of live or fixed cells in plates, cell smears, and tissue sections. It can be widely used for cell imaging, protein localization, and cell function research.

The Cell Culture Mate includes an automated incubator, a plate stacker, and a robotic transfer module, making it compatible with varoius detecting and analyzing devices, including high-content analyzers, cell analyzers, and automated microscopes.

This LabMate can perform real-time monitoring of cell viability, morphological changes, growth cycles, proliferation curves, cell migration, metabolic toxicity, cell signaling, and gene expression and regulation. Encompassing cellular, subcellular, and molecular levels, the comprehensive monitoring consolidates theoretical and statistical supports to drug screening, physiological/pathological studies, disease progression, and human aging, etc. The product is widely applicable to research institutes, biotechnological companies, and pharmaceutical companies.

Automates processes such as:

• Cell seeding
• Drug dilution
• Cell dosing
• CO₂ incubation
• Fixation
• Plate washing
• Staining
• On-machine detection

Can generate images and quantitative data.

High-throughput high-content drug screening

• Pharmaceutical companies
• CROs/CMOs/CDMOs
• Biotechnology companies

Automates barcode scanning, sample loading, protein precipitation, centrifugation, supernatant extraction, and dilution for mass spectrometry preparation.

Used for early-stage scanning, IND, preclinical, and postclinical pharmacokinetic studies in the small molecule drug discovery process.

• Pharmaceutical R&D centers
• Third-party testing laboratories(or ICLs)
• Hospital testing centers, research institutes, CRO/CMOs, etc.