Automated Chemical Synthesis Integrated System_Galatek

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Automated Chemical Synthesis Integrated System
Automated Chemical Synthesis Integrated System
Traditional chemical synthesis in drug discovery relies heavily on manual, repetitive processes, creating a significant bottleneck in scaling up reactions and optimizing pathways. This labor-intensive approach is not only time-consuming but also variable, posing challenges in reproducibility and safety. Galatek's Automated Chemical Synthesis Integrated System addresses this directly by robotically executing complex reactions with precision and continuous operation. This dramatically accelerates reaction scaling and optimization, enhances safety by minimizing human interaction with hazardous conditions, and reliably generates the high-quality, reproducible data needed to speed up the entire drug development pipeline.

Product Introductio

Automated Chemical Synthesis Integrated System

Automated Chemical Synthesis Integrated System
Automated Chemical Synthesis Integrated System
Automated Chemical Synthesis Integrated System

The Automated Chemical Synthesis Integrated System 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.

Solution Feature

Accurate Feeding
Accurate Feeding
Stable and flexible XYZ guide accurately controls the pipetting module, reaction bottle transfer, assist in a series of operations such as capping; achieve multi-channel solid powder feeding and multi-channel liquid addition needs
High Throughput
High Throughput
Up to 9 constant temperature shaker designs with different experimental conditions, allowing at least 108 reactions to be carried out simultaneously; meeting the 24/7 uninterrupted loading needs
Fast and Reliable
Fast and Reliable
Accurate feeding for 108 parallel reactions can be completed in about 2 hours; with barcode scanning and photographing modules, ensuring traceability of samples, capture high-definition images of the system before and after reactions, and assist in process analysis and judgment of the reaction system
Rich Extensibility
Rich Extensibility
Inert gas protects the loading bin, feeding and reaction modules, meeting the needs for anhydrous and oxygen-free feeding and reaction; compatible with various specifications of reaction bottles and reagent bottles, meeting the needs for different scales of feeding and reaction

Product Parameter



Automated Chemical Synthesis Integrated System
Basic parametersDimension (L*W*H)3,255 mm * 1,000 mm * 1,070 mm (+ 900 mm (rack))
Power supplyVoltage: 220 VAC; Frequency: 50 Hz; Rated power: 10 KW
Operating environmentTemperature: 5 ℃-40 ℃; Humidity: 20% RH-80% RH, non-condensing
Net weight1,000 kg
Throughput108 reactive tanks
Main purposesHigh-throughput feeding, high-throughput screening of reaction conditions, high-throughput synthesis and high-throughput formulation research
Constant temperature oscillating shakerTemperature control range: 5 ℃-150 ℃, at most 9 different temperature control shakers are supported at the same time
Feeding systemSolid feeding;Weighing range: ≥ 5 mg, accuracy ± 0.5 mg, other weighing range and accuracy modules can be customized
Pipetting performancePipetting precision: 1 μL < 4%, 10 μL < 3.5%, 100 μL < 0.75%, 1,000 μL < 0.75%
Pipetting accuracy: 1 μL < 4%, 10 μL < 2.5%, 100 μL < 2.0%, 1,000 μL < 1.0%
Track positioning accuracyPositioning ± 0.1 mm
Visual systemTake high-definition photographs of the state of the reaction system before and after the reaction
Barcode scanning moduleOptional barcode module, compatible with common 1D/2D barcodes


Application Scenarios

High-throughput Loading
High-throughput Loading
Screening of High-throughput Reaction Conditions
Screening of High-throughput Reaction Conditions
High-throughput Synthesis
High-throughput Synthesis
High-throughput Formulation Study
High-throughput Formulation Study

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