High-Throughput Polymerization Reaction Platform

This fully automated integrated workstation for synthesis and characterization serves fields including polymer materials, optoelectronic materials, and biomedical polymers. Developed by OU SHISHENG (Beijing) Technology Co., Ltd. for efficient materials research and development, it integrates multi-channel parallel reaction, precise liquid transfer, high-throughput separation & purification, and on-line detection functions.
It enables fully unattended operation across the entire workflow: formula screening, synthetic reaction, post-treatment and property characterization. The platform eliminates the pain points of conventional lab experiments such as trial-and-error based on experience, low single-line efficiency and poor repeatability. It drastically shortens the cycle from laboratory research to industrialization of materials, and delivers standardized, intelligent and highly reliable integrated solutions for advanced materials R&D.

Features

• Multi-channel Parallel R&D
  Adopts an 8-channel parallel polymerization mode, enabling batch screening of key process parameters including monomers, initiators, ratios, temperature and reaction time simultaneously for parallel comparison of multiple formulations.
  

• Full-process Automatic Control
  Delivers precise temperature control, precise stirring regulation and accurate solid/liquid quantitative feeding. All channels maintain highly consistent conditions, offering outstanding batch stability and experimental repeatability.
  

• Integrated High-throughput Characterization
  Equipped with complete characterization tools including online GPC detection. It rapidly tests core indicators such as molecular weight and molecular structure, and efficiently establishes the correlation between formulations and material properties.
  

• Microscale Screening & Verification
  Balances high-throughput R&D efficiency and process feasibility to pre-verify material performance, ideal for fields with frequent iteration demands such as optoelectronic materials.

• Modular Integrated Design
  Integrates reaction, suction filtration, centrifugation, concentration, sampling and GPC testing into one single unit. Compatible with all types of polymerization reactions and general organic synthesis workflows.

Specifications