Sensor chip

Insplorion provides nanoplasmonic sensors, which enable ultrasensitive measurements of refractive index changes close to (< 30 nm from) the sensor surface.

Key features

Insplorion provides nanoplasmonic sensors, which enable ultrasensitive measurements of refractive index changes close to (< 30 nm from) the sensor surface. The sensors can be coated with a range of materials, which allows studies of how surface chemistry influences processes such as molecular adsorption and thin film phase transitions. Insplorion offers also plasmonic nanostructures of various types and sizes, allowing the user to perform systematic studies of how surface processes are influenced by the surface topography/structure.

Surface processes

Get a better understanding on surface chemistry, structure, molecular adsorption as well as the structure and composition of adsorbed layers.

Different sensor surfaces are available

A variety of sensor coatings is available, providing the possibility to tailor the surface chemistry.

Tailored to your needs

On Insplorion’s standard sensors, the nanostructures are normally made of gold but other metals are available upon request. Different nanoplasmonic structures are also available.

Robust and reproducible

Insplorion’s nanostructured sensors are produced in a state of the art clean room facility, which guarantees stability, reproducibility and well controlled surface chemistry.

Download the product sheet to learn more about the specifics.

Download product sheet

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