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Different flow Controls in Microfluidics
Microfluidic flow control is an incredibly important component in the development and operation of any microfluidic device. It permits the accurate manipulation and delivery of small volumes of liquid, which enables a vast array of applications in drug research...
Microfluidic chips: a quick overview
Microfluidics designates the science but also the techniques behind flow managing at the micro-scale. At these sizes, fluids’ dynamics radically changes compared to everyday life: for instance, water streams are laminar...
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Dry Heat – Sterilization Compatibility Chart
Dry heat sterilization is a commonly used method for sterilizing materials that can withstand high temperatures. It is widely utilized in medical, biological, and microfluidic applications due to its effectiveness in ensuring sterility without the use of chemicals or moisture....
Viton® – Chemical Compatibility Chart
Choosing the right tubing for microfluidic applications requires careful attention to chemical compatibility to maintain system performance and integrity. Viton® tubing offers excellent chemical resistance and durability, making it ideal for chemical processing applications. However, like any material, Viton® is...
PPS (Polyphenylene Sulfide) – Chemical Compatibility Chart
When selecting materials for microfluidic applications, ensuring chemical compatibility is key to preserving system performance and integrity. Polyphenylene Sulfide (PPS) is a popular choice due to its excellent mechanical properties, resistance to chemicals, and thermal stability. It is highly resistant...
Ethylene Oxide (EtO) – Sterilization Compatibility Chart
Ethylene oxide (EtO) is a widely used sterilization method, for heat-sensitive and moisture-sensitive materials. It is popular in medical, biological, and microfluidic applications because it effectively sterilizes without subjecting materials to high temperatures. The EtO process involves exposing materials to...
