It Is Good to Have Syringe Pump Microfluidics in the Droplet Microfluidic Control!

Ⅰ. Droplet microfluidic technology has multiple advantages

The droplet microfluidic technology has unique advantages in the accurate quantification and rapid detection of biological particles and has become the mainstream scientific research hotspot of microfluidic technology in recent years. The principle is to perform a large number of operations such as preparation, mixing, fusion, and detection of micro-scale micro-droplets through a special micro-channel design, thereby completing a series of complex sample processing and screening processes.

Due to the characteristics of good reproducibility, low mixing speed, low consumption of samples and reagents, and easy precise manipulation, it has important applications in the fields of biomedicine, especially drug-controlled release, virus detection, particle material synthesis, catalysts, and other fields. It significantly improves people's ability to perform high-throughput screening of biological systems.

Ⅱ. Syringe pump provides stable and fine power for micro-droplets

In the biological laboratory, the droplet generation system mainly includes three parts, namely, syringe pump microfluidics, microfluidic chip, and high-throughput screening system.

Generating micro-droplets with uniform size and stable speed is the key link for the normal operation of the system. Syringe pump microfluidics, as the power source of the entire system, provides a stable flow of micro-liquid and stable and fine power for the production of micro-droplets.

In addition to the aforementioned laboratory syringe pumps, for droplet microfluidic systems that require system integration (such as ddPCR instruments), RUNZE FLUID's industrial syringe pump not only has high-precision fluid transmission performance but also has the characteristics of small size and compact structure. Therefore, it can help realize the miniaturization of instruments and equipment.