Intelligent Pharmaceutical Automation_Galatek

Drug screening is a crucial step in new drug development, which involves efficiently screening a large number of compounds to discover potential candidate drugs. The market demand for drug screening continues to grow as the global disease spectrum changes and treatment needs increase. However, the drug screening industry still faces some challenges, such as the quality and diversity of compound libraries, the processing and analysis of screening data, and the complexity of biological validation. Nonetheless, with the application of AI and machine learning technologies, the industry is moving towards greater efficiency and precision. In the future, the integration of genomics and precision medicine, advances in automation technologies, and open collaboration among enterprises will accelerate the process of new drug development.

Galatek's high-throughput drug screening solution enables fully automated workflows for both protein-level and cell-based screening. The system covers the entire process, from sample retrieval and screening to final storage, making it well-suited for the automated detection and screening of small molecule drugs, traditional Chinese medicines, antibodies, cytokines, and other bioactive compounds.

The Flex-D1000 high-throughput drug screening functional island automates the entire workflow of small-molecule compound screening, including serial dilution from mother plates to daughter plates, cell plating, digestion, media exchange, assay system setup, incubation, detection, and data analysis. It is particularly suitable for compound screening workflows and enzymology research based on 96- or 384-well plate formats.

The platform features a compact design with a small footprint, making it well-suited for small- to medium-throughput drug screening studies.

The Flex-D1200 multimodal drug screening functional island automates cell culture processes such as cell plating, media exchange, compound addition, and cell detection and processing such as subsequent signal reading and data analysis. The system is equipped with software that supports experimental design and intelligent scheduling, and it is compatible with various detection methods such as cell imaging, high-content screening, microplate reader assays, and ELISA.

The Automated Mobile Phase Preparation Workstation empowers laboratories to revolutionize the preparation of mobile phases essential for high-performance liquid chromatography (HPLC) and liquid chromatography-mass spectrometry (LC-MS). With its comprehensive process-traceable record system and digital platform featuring separate permissions, it ensures that data generation, storage, and review consistently meet FDA standards.

This advanced workstation facilitates crucial operations such as solid/liquid raw material loading, agitation and dissolution, precise pH adjustment, impurity filtration, ultrasonic degassing, and labeling—all in a highly automated manner without manual intervention. By selecting options based on throughput, it enhances experimental efficiency and significantly minimizes the potential for errors while alleviating the burden of repetitive tasks.

The Intelligent High-Throughput Dispensing and Parallel Synthesis Workstation (double-chamber) embodies innovation with its uniquely designed separate feeding and reaction chambers, enabling multiple reactions to unfold simultaneously. This remarkable workstation automates every aspect of the process, from rapid and precise solid and liquid feeding to uncapping, capping, code scanning, and recording, all while maintaining a constant temperature during oscillating reactions.

With the ability to boost experimental accuracy and stability, enhance data quality, and efficiently manage and preserve process data, this product redefines efficiency. It empowers users to reduce labor costs and minimize errors, transforming the way scientists approach their work and inspiring a new era of productivity and success.

The intelligent AGV (Automated Guided Vehicle) robot stands as a vital force in the cross-area of intelligent experimental systems. With its customized gripper claw, vision module, and material table, it proudly facilitates the efficient transfer of material samples across diverse areas. By intelligently loading and unloading samples to analysis instruments, it embodies the automation and intelligence of the complete experimental process. This innovation empowers experiments, elevating safety and efficiency to new heights.

The scientific landscape is poised for a groundbreaking transformation, driven by the dynamic fusion of automation technologies and the incredible potential of Artificial Intelligence (AI). Laboratory automation has evolved from isolated devices into cohesive, end-to-end workflows, significantly enhancing experimental efficiency and reproducibility.
At Galatek, we proudly introduce an innovative integrated solution that breaks down barriers between data, processes, and intelligence. Our offerings encompass the entire value chain in Life Sciences, drug discovery, and chemistry, empowering researchers and innovators alike.
By seamlessly connecting advanced laboratory automation platforms with pioneering AI and machine learning (ML) software, we establish a closed-loop intelligent workflow. This groundbreaking integration enables a continuous cycle of experimental design, automated execution, real-time data capture, and AI-driven analysis, delivering actionable insights that inspire the next era of scientific discovery.