High Throughout Drug Discovery_Galatek

High Throughout Drug Discovery
High Throughout Drug Discovery
Systems that support large-scale compound screening and assay execution
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Solutions

High-Throughput Compound Screening Platform

High-Throughput Nanoliter Compound Screening Platform

Multimodal Compound Screening Platform

High-Throughput Compound Screening Platform
High-Throughput Compound Screening Platform

The High-Throughput Compound Screening Platform automates the complete small-molecule screening workflow, enabling rapid, scalable evaluation of compound libraries.

Key capabilities:
• Optimized for enzymology and small-molecule screening workflows
• Integrates compound serial dilution, cell culture handling, and assay preparation
• Supports automated screening in 96- and 384-well formats

High-Throughput Nanoliter Compound Screening Platform
High-Throughput Nanoliter Compound Screening Platform

The High-Throughput Nanoliter Compound Screening Platform uses Immediate Drop-on-demand, a non-contact dispensing technology, for high-throughput screening and molecular biology applications.

Key capabilities:
• Delivers nanoliter dispensing from 96- up to 1536-well plate formats
• Integrates sample preparation, assay setup, detection, and analysis
• Leverages data intelligence tools for rapid identification of lead compounds

Multimodal Compound Screening Platform
Multimodal Compound Screening Platform
Multimodal Compound Screening Platform

The Multimodal Compound Screening Platform provides a unified solution for automated, cell-based assays across multiple detection technologies. Its flexible design and intelligent software enable seamless protocol execution while supporting diverse screening strategies within a single system.

Key capabilities:
• Automates cell seeding, feeding, compound dosing, and processing
• Compatible with live-cell imaging, high-content analysis, microplate readers, and ELISA
• Intuitive software for protocol design and intelligent task scheduling

Features

Fast and Efficient
Fast and Efficient
Daily screening throughput of 10,000 to 50,000 compounds, significantly improving efficiency compared to manual screening
Standardized Control
Standardized Control
Strictly regulate and standardize experimental workflows through a standardized data platform and automated experimental platform
Information Traceability and Sharing
Information Traceability and Sharing
Full-process labeling and barcode recognition; each compound is assigned a unique code, enabling full traceability of information
No Dead-angle Liquid Aspiration and Disposal
No Dead-angle Liquid Aspiration and Disposal
Proprietary developed tilting module ensures liquid aspiration and disposal with no residue and no dead agles
Significant Cost Reduction
Significant Cost Reduction
Using nanoliter dispensing devices, single dispensing volume reduced from 1 μL to 25 nL, lowering cost to 1/40 of manual dispensing and saving precious samples
Rapid Screening of Target Compounds
Rapid Screening of Target Compounds
Intelligent data platform efficiently analyzes drug results, predicting compound activity and toxicity, significantly accelerating candidate drug discovery

Product Parameter

Basic ParametersDescription
Dimensions2,450 mm(W) * 2,450 mm(D) * 2,600 mm(H)
Compatible Plate Types96/384-well plates
Daily Screening ThroughputApprox. 10,000 to 20,000 compounds (384-well plates)
Environment ControlPositive/Negative pressure laminar flow hood, UV

Application Scenarios

Study on Components of Traditional Chinese Medicin
Study on Components of Traditional Chinese Medicin
High-throughput Screening of Small Molecule Compou
High-throughput Screening of Small Molecule Compou
Organoid-based Drug Sensitivity and Screening Assa
Organoid-based Drug Sensitivity and Screening Assa
Drug Sensitivity Screen in Zebrafish Model
Drug Sensitivity Screen in Zebrafish Model
Nucleic Acid Drug Research
Nucleic Acid Drug Research
Antibody Drug Research
Antibody Drug Research
Peptide Drug Development
Peptide Drug Development
Stem Cell-based Drug Research
Stem Cell-based Drug Research

Features

Fast and Efficient
Fast and Efficient
Daily screening throughput of 10,000 to 50,000 compounds, significantly improving efficiency compared to manual screening
Standardized Control
Standardized Control
Strictly regulate and standardize experimental workflows through a standardized data platform and automated experimental platform
Information Traceability and Sharing
Information Traceability and Sharing
Full-process labeling and barcode recognition; each compound is assigned a unique code, enabling full traceability of information
No Dead-angle Liquid Aspiration and Disposal
No Dead-angle Liquid Aspiration and Disposal
Proprietary developed tilting module ensures liquid aspiration and disposal with no residue and no dead agles
Significant Cost Reduction
Significant Cost Reduction
Using nanoliter dispensing devices, single dispensing volume reduced from 1 μL to 25 nL, lowering cost to 1/40 of manual dispensing and saving precious samples
Rapid Screening of Target Compounds
Rapid Screening of Target Compounds
Intelligent data platform efficiently analyzes drug results, predicting compound activity and toxicity, significantly accelerating candidate drug discovery

Product Parameter

Basic ParametersDescription
Dimensions4,200 mm(W) * 2,450 mm(D) * 2,600 mm(H)
Compatible Plate Types96/384/1536-well plates, cryotubes
Daily Screening ThroughputApprox. 30,000 to 50,000 compounds (384-well plates)
Environment ControlPositive/Negative pressure laminar flow hood, UV

Application Scenarios

Study on Components of Traditional Chinese Medicin
Study on Components of Traditional Chinese Medicin
High-throughput Screening of Small Molecule Compou
High-throughput Screening of Small Molecule Compou
Organoid-based Drug Sensitivity and Screening Assa
Organoid-based Drug Sensitivity and Screening Assa
Drug Sensitivity Screen in Zebrafish Model
Drug Sensitivity Screen in Zebrafish Model
Nucleic Acid Drug Research
Nucleic Acid Drug Research
Antibody Drug Research
Antibody Drug Research
Peptide Drug Development
Peptide Drug Development
Stem Cell-based Drug Research
Stem Cell-based Drug Research

Features

Fast and Efficient
Fast and Efficient
Daily screening throughput of 10,000 to 50,000 compounds, significantly improving efficiency compared to manual screening
Standardized Control
Standardized Control
Strictly regulate and standardize experimental workflows through a standardized data platform and automated experimental platform
Information Traceability and Sharing
Information Traceability and Sharing
Full-process labeling and barcode recognition; each compound is assigned a unique code, enabling full traceability of information
No Dead-angle Liquid Aspiration and Disposal
No Dead-angle Liquid Aspiration and Disposal
Proprietary developed tilting module ensures liquid aspiration and disposal with no residue and no dead agles
Significant Cost Reduction
Significant Cost Reduction
Using nanoliter dispensing devices, single dispensing volume reduced from 1 μL to 25 nL, lowering cost to 1/40 of manual dispensing and saving precious samples
Rapid Screening of Target Compounds
Rapid Screening of Target Compounds
Intelligent data platform efficiently analyzes drug results, predicting compound activity and toxicity, significantly accelerating candidate drug discovery

Product Parameter

Basic ParametersDescription
Dimensions5,000 mm(W) * 2,450 mm(D) * 2,600 mm(H)
Compatible Plate Types96/384/1536-well plates, cryotubes
Daily Screening ThroughputApprox. 30,000 to 50,000 compounds (384-well plates)
Environment ControlPositive/Negative pressure laminar flow hood, UV

Application Scenarios

Study on Components of Traditional Chinese Medicin
Study on Components of Traditional Chinese Medicin
High-throughput Screening of Small Molecule Compou
High-throughput Screening of Small Molecule Compou
Organoid-based Drug Sensitivity and Screening Assa
Organoid-based Drug Sensitivity and Screening Assa
Drug Sensitivity Screen in Zebrafish Model
Drug Sensitivity Screen in Zebrafish Model
Nucleic Acid Drug Research
Nucleic Acid Drug Research
Antibody Drug Research
Antibody Drug Research
Peptide Drug Development
Peptide Drug Development
Stem Cell-based Drug Research
Stem Cell-based Drug Research

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