ISS MEMS Technology

ISS MEMS Technology

ISSYS Innovative products based on high performance microelectromechanical systems (MEMS). Microelectromechanical systems (MEMS) for medical and scientific sensing applications. products provide the highest accuracy, fit the smallest sizes and have unmatched biocompatibility and corrosion resistance. ISSYS created the world's first microCoriolis sensor using fluidic MEMS technology. Fluidic MEMS has applications in many fields such as, automotive, consumer, medical, pharmaceuticals, chemicals, energy, water treatment, high technology and biotech.

Fluidic MEMS are small in size, fast in response, high in precision and low in cost.

The ISS liquid density meter can measure a wide variety of liquids with high accuracy in an amazingly small package and at an affordable price.

The ISS silicon density sensor is perfect for measuring densities of hydrogen rich gases, natural gases, binary gases and gas mixtures.

The WineSenseTM alcohol meter uses a micro liquid density sensor. Methanol concentration measurement in fuel cells and embedded density measurements in analytical devices are other uses for this product. ISS created the world's first microCoriolis sensor using fluidic MEMS technology.

Fluidic MEMS has applications in many fields such as, automotive, consumer, medical, pharmaceuticals, chemicals, energy, water treatment, high technology and biotech. Fluidic MEMS are small in size, fast in response, high in precision and low in cost.

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