Multiplexing Precision Liquid Handling: The Advanced Microfluidics’ 24-Port Rotary Valve

Advanced Microfluidics (AMF) is releasing its new 24-port valve, a step forward in multiplexing demanding microfluidic experiments. This valve changes the game in automated liquid handling by providing unmatched accuracy and flexibility. It’s perfect for various applications where controlling numerous liquids precisely is at the center of your experiences.

Enhanced Precision for Diverse Applications

This 24-port valve excels in high-throughput settings, ideal for complex lab work where precise liquid control is essential. It’s vital for scientists and researchers in fields that are looking for accuracy, automation and quick operation. The valve not only makes experiments more reliable and repeatable but also speeds up research and discoveries in the end.

Innovative Design for Optimal Efficiency

The valve features a unique angular second stage, distinguishing it from standard stacked stages. This design minimizes carryover volume and cross-contamination while allowing it to handle a significant amount of different fluids.

The liquid path through the valve involves two stages, each meticulously designed for optimal performance.

• Stage 1 :

• Stage 2 :

Our high-standard machining ensures precise fluid movement, contributing to the valve’s efficiency and reducing waste.

Key Features

• Minimal Internal Volume: The valve’s low internal volume (3,6 µL for 500 µm channels (2,9 µL at the lowest)) makes it perfectly adapted for handling expensive or scarce reagents accurately and economically.
• Reduced Carryover Volume: Minimizing cross-contaminations is key in microfluidic experiments.The exceptionally low carryover Volume (3,6 µL for 500 µm channels (2,9 µL at the lowest)) allows timely switching from one fluid to another while avoiding contaminations between both. experiments.
• Zero Dead Volume: Our design eliminates dead volume, reducing reagent waste and improving process efficiency.

Robust Materials and User-Centric Design

Available in PEEK, the valve withstands various chemical environments, making it suitable for a range of fields from pharmaceutical research to environmental testing. The channel diameter is 0.5 mm, and the standard 10-32 UNF, flat-bottom tube port fittings are widely available and convenient for users.

Seamlessly Integrated with RVM Fast Power Model

Integrating with the RVM fast power model, the valve promises enhanced operational efficiency, ideal for fast-paced environments like clinical diagnostics and high-throughput screening.