High-Throughput Rapid Screening Platform

This automated platform is developed specifically for high-throughput screening in liquid-liquid synthesis. It adopts bubble-interval reaction modules as the core hardware, featuring a segmented sequential delivery mode consisting of bubble separation, reaction solvent and cleaning solution.

Bubbles accurately isolate independent reaction systems to eliminate cross-contamination. Each reaction segment independently completes a closed-loop workflow: gas interval delivery → liquid-liquid reaction → solvent cleaning. The system can simultaneously screen 96 sets of liquid-liquid reactions under distinct conditions in one batch.

Tailored to the core requirements of microscale liquid-liquid reactions and multi-condition parallel screening, the equipment drastically improves screening efficiency and data reproducibility. It delivers stable and reliable technical support for rapid iteration of liquid-liquid synthesis processes and the establishment of formulation databases.

Features

• High Throughput & High Efficiency
  Adopting bubble-interval reaction design with a "bubble + material + cleaning solvent" workflow, the system continuously executes various reactions to efficiently deliver high-throughput screening and database construction.
  

• Closed-Loop Integration
  It seamlessly links front-end and back-end modules, automatically completing experiment execution, cleaning and data feedback, to build a closed-loop R&D workflow of "Synthesis - Evaluation - Optimization".
  

• Wide Compatibility
  Compatible with all types of liquid-liquid reactions, it supports single/multi-step switching and multi-material matching. Flexible parameter configuration meets diverse research and development requirements.
  

• Intelligent & User-Friendly
  Fully automated operation with zero manual intervention; remote monitoring & control is available. It lowers operational barriers and eliminates human-induced errors.

• Stable & Reliable
  Fully automatic full-process operation improves reaction reproducibility and data consistency, ensures experimental safety and reduces labor intensity.

Specifications