Automated Synthetic Biology Integrated System_Galatek

The Hgh-Throughput Clone Picking Platform (Enhanced Version) seamlessly executes a complete molecular biology pipeline-from PCR amplification and ligation to transformation, clone selection, and culture. This integrated approach establishes a fully automated DNA assembly workflow, ensuring high fidelity and robust performance.

The High-Throughput Plasmid Construction Platform employs a modular architecture, integrating an embedded 4-axis collaborative robot, liquid handling workstation, PCR purification unit, reagent dispenser, automatic sealer, colony picker, and consumable storage modules. This configuration enables fully automated execution of the complete workflow spanning PCR amplification, ligation, transformation, colony selection, and strain cultivation. The intelligent software platform implements rigorous timing controls to maintain consistent experimental conditions across all sample batches, effectively addressing the cost, efficiency, and reliability limitations inherent in manual operations. This integrated solution not only enhances plasmid production yield and accuracy but also establishes a robust, high-fidelity automated pipeline for DNA assembly applications.

The High-Throughput Strain Screening Platform unifies multiple automation components including liquid handling systems, incubation units, and microplate readers into a coordinated workflow. It automates the entire strain screening procedure from colony picking and induced expression to reaction detection, while supporting parallel operations such as live culture expansion, cell density monitoring, and strain archiving. Featuring adaptive task scheduling capabilities, the system allows seamless integration of additional experimental capacity and dynamically accommodates evolving research requirements. This versatile solution finds broad application in the development and optimization of industrial microbial strains across sectors including enzyme production, food and beverage processing, and bioenergy.

The Fully Automatic Molecular Cloning Platform streamlines the entire bacterial strain screening workflow, seamlessly integrating steps from colony selection and expression induction through to final analysis. It accommodates a variety of screening methodologies and facilitates key parallel operations, including online vector construction, strain expansion and cultivation, optical density monitoring, and culture archiving.