NanoRoboT Probe Station

Project overview

NanoRoboT is a unique project integrating advanced engineering and software technologies, merging robotic automation with precise electronic device measurements. This device serves as an automated measurement station, built for organic transistors deposited on a glass sample. The transistors are connected in a matrix contacted by pressed, gold spring-loaded pins, so the station measures one device after another without moving the sample. A plate with different types of LEDs is turned by a servo that selects the light source. The light illuminates the sample evenly while a Keysight B2902A source measure unit runs time-based and current-voltage measurements.

On the software level, NanoRoboT employs modern web technologies and programming languages, evident in its sleek and intuitive user interface. The panel enables users to configure measurement ranges, set environmental conditions, and personalize the research process according to individual needs. All these features make the “NanoRoboT” station a versatile tool for engineers and scientists involved in advanced organic electronics.

The project is ideal for research applications where precision and repeatability of measurements are crucial. The NanoRoboT project not only demonstrates the ability to build complex engineering solutions but also the ability to integrate modern technologies to create an intuitive and functional research tool.