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  4. Automated Rheology: High-Throughput Analysis of Polymer Melts

Automated Rheology: High-Throughput Analysis of Polymer Melts

Discover the Future of Polymer Rheology with the HTR 7000

 

Join us to explore how the HTR 7000 – Anton Paar’s advanced rheology automation system – is transforming polymer melt testing. Built around the powerful MCR 702e rheometer and featuring a patented automatic trimming tool, the HTR 7000 ensures unmatched reproducibility and reliability. With an optional cleaning station and seamless LIMS integration, this turnkey solution empowers scientists to focus on data interpretation, not data generation.

 

Key Learning Objectives:

  • How to increase the throughput of rheological properties of polymer melts while improving accuracy and reproducibility.
  • Mitigating user influence on measurements
  • Leverage walkaway time and safety
  • How to generate more data to streamline the polymer formulation process.
  • How 24/7 rheology automation can help you reduce time to market of new products.

 

Who Should Attend? 

  • Polymer Research and Development
  • Polymer Characterization
  • Academia – Polymer Education

  • Polymer Manufacturing

     


Florian Grabler, MSc. (Jazyk: English)
Florian Grabler, MSc.

Florian Grabler started in 2018 at Anton Paar as a Mechanical Engineer designing instruments, notably including Automated rheology systems. Florian then moved on to Technical Sales for A&R, Anton Paar's internal branch of personnel dedicated to automated and robotic solutions. Mr. Grabler later performed his master’s thesis on automated polymer melt trimming, the impact on the reproducibility, and the lean effects through lab automation.