We have a lot to learn about energy use and studying samples at a nanoscale can help us with this significantly. One way that many researchers are learning more about energy is through the us of AFM devices, more specifically scanning probe microscopy. Of course, if you work in the energy world and would like to utilize this technology for your lab, you want to work with only the best companies possible. A top manufacturer of AFM devices is Park Systems, who have a large selection of devices that have modes specifically designed for a variety of industry needs.

Amongst the many products available at Park Systems, are their scanning tunneling microscopy pieces that electrochemists have sought to take advantage of. They have used scanning probe microscopy techniques to manipulate the spatial position of a probe with high resolution to facilitate simultaneous high resolution topographical, conductometric, amperometric, and voltammetric imaging of the surface. The devices at Park Systems are designed to produce the highest quality images you will find on the market today. This has made them extremely useful across a wide range of energy related industries.

Though SICM began primarily for energy and electrical purposes, it has recently emerged as a versatile non-contact imaging tool that can be used across many applications. In fact, many Park Systems customers have used the technology to investigate the surface technology of both synthetic and biological membranes, ion transport through porous materials, dynamic properties of living cells, and suspended artificial black lipid membranes. Of course, nothing is perfect and one area where SICM struggled was remaining insensitive to electrochemical properties.

The team at Park Systems worked to create scanning electrochemical microscopy, which is also referred to as the chemical microscope. Researchers have used SECM to examine localized electrochemical properties and reactivity of various materials. This method still had a few underlying issues, such as, a lack of probe-sample distance control. This is when a combination of SICM and SECM techniques was created to help breach these issues and give researchers the best devices possible.

Keibock Lee, President of Park Systems, commented, “We have developed devices that combine the principles of Scanning Ion Conductance and Scanning Electrochemical Microscopy to make studying energy easier than ever before. Researchers who utilize these devices are able to produce topographic images and electrochemical maps with our devices. One such device that allows these capabilities is our Park NX10 system. To learn more about any of our products, please visit our website today.”

Park Systems is a leading manufacturer of atomic force microscopy systems with a full range of products. Multiple industries, such as engineers in chemistry, materials, physics, life sciences, semiconductor, and data storage can benefit from their range of supplies. The products produced by Park Systems are represented in thousands of institutions and businesses worldwide. The main headquarters for this company is based in Santa Clara, California, but products produced are sold and supported worldwide with the many regional offices throughout the world. Each of Park Systems products are sold at the lowest operating cost, with high data accuracy, and superior productivity. To learn more about their products, please visit their website.https://www.parksystems.com