Scanning systems

So compact that it fits in a glove box!

Space is often limited in labs, especially when experiments require stringent atmospheric control. The SECM150 was designed to be as compact as possible, while keeping high performances.

SECM is one of the fastest growing of the scanning probe electrochemistry techniques. Its many application areas include the study of surface modification, monitoring of biological activity and imaging immobilized enzymes

SECM is one of the fastest growing techniques used in scanning probe electrochemistry. Standard scanning electrochemical microscopy does not have the ability to distinguish differences in topographical induced changes and electrochemical induced changes.

The Scanning Droplet System uses a Scanning Droplet Cell (SDC) that allows a spatially resolved, in situ investigation by all standard electrochemical techniques.

The LEIS470 allows spatially resolved impedance measurements to be made, combining established principles of EIS measurements with BioLogic’s unique Model 470 scanning probe technology and has been designed to provide a totally integrated spatially resolved measurement system.

Utilising a non-contact laser displacement sensor, the OSP470 module allows fast and accurate non-contact surface measurement to a very high accuracy. Features of less than one micrometer can be imaged and measured over a height measurement range of 10 mm without touching the sample surface.