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 What was once categorized largely as “materials research,” nanotechnology has matured into its own market. With the advancement of technology and the tools for both the development and investigation into “nano” structures, there is now the potential to develop all new materials and devices for a wide range of applications.
Princeton Applied Research was there before it was called “nanotech,” with its potentiostats/galvanostats enabling the growth and study of carbon nanotubes, as well as pulse plating routines for controlling electrodeposition to create structures at the nano-scale. Whether it is the flexibility in creating custom waveforms for developing nanostructures electrochemically, or the requirement for ultra-low current flow measurements in the range of picoamps and femtoamps to characterize existing nanoparticles, the PARSTAT and VersaSTAT systems can facilitate and advance your research efforts into the nano-world.
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