Automated High Throughput Drug Screening System_Galatek

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 Automated High Throughput Drug Screening System.
Automated High Throughput Drug Screening System.
The automated high throughput drug screening system is designed for drug screening at the cellular level. It can perform various experimental processes, including online compound storage, drug treatement, drug dispensing, automated staining and fixation, automated cell detection, and data acquisition.

Product Introduction

Automated High Throughput Drug Screening System

 Automated High Throughput Drug Screening System
 Automated High Throughput Drug Screening System

High-throughput drug screening technology is the foundation of modern drug discovery and a critical bridge from experimental research to clinical application in new drug development. The automated integrated system based on robotic arms is a key part of high-throughput drug screening, which can significantly increase research efficiency, reduce cycle times, lower costs, and minimize risks.
The automated high-throughput drug screening system is mainly used for new drug discovery and can be integrated with various liquid handling workstations, dispensers, incubators, centrifuges, microplate readers, and high-content imaging instruments, supporting high-throughput screening from protein to cellular levels.

Product Features

High Throughput
High Throughput
Capable of screening up to hundreds of plates and tens of thousands of compounds
High Stability
High Stability
Supports the integration of various liquid handling workstations, process handling instrument, and detection instrument commonly used in screening experiments
Compatible
Compatible
Enables the whole process unattended, ensuring data consistency and stability
Flexible
Flexible
Dynamic scheduling supports multiple experiments running in parallel and allows new experiments to be added at any time

Product Parameter


Product NameAutomated High Throughput Drug Screening System
Dimensions4000 mm*2800 mm*2350 mm
ThroughputLoad T-175 cells/day; output data from 40 96-well plates 
Screening TargetsLarge/Small molecule drugs 
Detection PrincipleHigh content
Environment Control

Positive/Negative pressure FFU, UV 


Application Scenarios

Monoclonal Antibody Production
Monoclonal Antibody Production
Cell Painting
Cell Painting
 Antibody Development
Antibody Development
RNA Drug Development
RNA Drug Development

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