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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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Why Is PDMS So Common and Effective in Microfluidics?
Small devices, microchannels, tiny droplets — and yet, big discoveries. For many years, PDMS has been at the heart of microfluidic device development and fabrication. Poured, cured, peeled, punched, and bonded, it has quietly become one of the backbones of...
ETFE vs FEP: How to Choose the Right Material?
Choosing the right material is a big part of designing reliable microfluidic systems. Tubing, fittings, and small precision parts all need to handle chemicals, temperature changes, and constant fluid contact without degrading. Two materials frequently used in microfluidic components are...
Material and Chemical Compatibility Database
When working with microfluidic instruments and systems, understanding the chemical compatibility of materials is essential to ensure long-term reliability and performance. Materials used in microfluidic devices — including chips, tubing, connectors, valves, and reservoirs — can interact differently with various...
Delrin vs PEEK: How to Choose the Right Material?
In microfluidics, the choice of material for components like connectors, fittings, and precision parts can have a significant impact on performance, reliability, and device longevity. Two high-performance thermoplastics that are often considered for these applications are Delrin (a homopolymer acetal)...
