Product Information
Insplorion offers nanoplasmic sensors capable of ultra-sensitive measurements of refractive index changes near the sensor surface (<30nm). The sensors can be coated with a range of materials, enabling the study of how surface chemistry affects molecular adsorption and film phase transitions. Insplorion also provides various types and sizes of plasma nanostuctures, allowing for a systematic investigation of how surface morphology/structure influences surface processes.
a. NPS is highly suitable for studying the effects of surface morphology and/or chemistry on surface processes.
b. Surface chemistry, structure, and curvature affect the adsorption of molecules as well as the structure and composition of the adsorption layer.
c. A variety of sensor coatings are available for selection, allowing for adjustment of surface chemical properties.
d、Insplorion offers sensors with various surface structures and curvatures by altering the dimensions and shapes of plasma nanostructures.

Product Applications
Nanostructured sensor
Insplorion's nanostructured sensors are produced in the most advanced cleanroom environments available, ensuring stability, reproducibility, and excellent surface chemical control. The nanostructure covers the entire sensor area, forming quasi-random patterns on the surface. These structures have consistent dimensions and shapes. Insplorion's standard sensors have nanostructures made of gold, but other metals can be provided upon request. The nanostructures can be coated or covered with a thin top coating.
Sensor Structure
There are two standard sensor structures: one is a disc mounted on the surface, and the other is an embedded disc that forms a plane. However, various other structures are also available upon request, such as cones, truncated cones, cavities, spherical faceted particles, rings, holes, and wells.