Microelectrochemical investigations to understand global surface properties
The detection scheme of scanning electrochemical microscopy bases on the positioning of an ultramicroelectrode (the SECM tip or probe) in close distance towards a sample surface. This miniaturized probe is moved stepwise in a user-defined grid over this sample. The corresponding electrochemical signal at the probe results from the interaction with the surface and a diagram of the tip signal versus the position visualizes the local activity distribution. Typically, the probe signal is a faradaic current which is modulated according to the particular properties of the examined surface. The resolution in SECM depends mainly on the used electrode size and nanoelectrodes are utilized for high-resolution experiments. As opposed to global electrochemical methods, SECM facilitates a locally resolved investigation of reactions rates and complements therefore global methods of analysis in almost all fields of electrochemistry.
Sensolytics designs and manufactures scanning electrochemical microscopes that suites your individual requirements. Therefore, we focus especially on customized instrument configurations and an extensive pre-sales support. All our SECM systems are upgradable and can be modified according to your actual demands. We would be happy to develop your individual SECM system with you.
The starting point for all SECM experiments...
To increase the imaging quality of the Sensolytics Base-SECM.
To precisely separate topographic and electrochemical information...
Option Analog In allows to read analog signals from external datasources.
Videomacrosystem as helpful addition to our SECM systems.