Microfluidic Device for Particle Separation in Liquid Flow ID: 2023-015

An innovative microfluidic device that efficiently isolates and encapsulates cells within fluid droplets, enhancing diagnostic and research applications.

Technology Overview

This microfluidic device leverages 3D printing technology to create a structure capable of complex fluid flows, including a visualization chamber for optical interrogation. It specializes in separating particles, such as cells from blood, by encapsulating them in nano-sized droplets, significantly improving efficiency and reducing waste. Its design and functionality allow for rapid analysis and processing, including the ability to test for antibiotic resistance in bacteria.

Key Advantages

• Significant reduction in sample and reagent usage, leading to cost savings
• Enhanced efficiency through precise encapsulation of targeted particles
• Capability to rapidly identify antibiotic-resistant bacteria
• 3D printed structure allows for complex and customizable fluid flows

Problems Addressed

• Reduces the time and resources required for sample analysis
• Minimizes waste by targeting specific particles for encapsulation
• Facilitates rapid testing for antibiotic resistance in bacteria
• Overcomes limitations of conventional particle separation methods

Market Applications

• Medical diagnostics, particularly in isolating cancer or stem cells for analysis
• Research applications requiring precise separation and analysis of specific cell types
• Development of rapid tests for antibiotic resistance in bacterial infections
• Potential for integration into larger diagnostic systems or platforms

Additional Information

Technology ID: 2023-015
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025