Python-controlled, solvent-resistant fraction collector for automated flow synthesis

Key Points

• To develop a cost-effective and efficient solution for automated flow synthesis.
• Developed a solvent-resistant fraction collector
• Utilized Python for control
• Enabled real-time sampling based on volume
• Focused on low-cost and open-source design
• Provides automated sampling for flow chemistry
• Significantly reduces costs compared to commercial options
• Enhances real-time data collection during synthesis
• Facilitates open-source collaboration in flow chemistry research

Abstract