While many are interested in the surface structure and attributes or even changes that take place on this level, others are far more interested in what happens to heat and the way it is dispersed amongst nanoparticles and change the structure on this level.

While it has been impossible to observe for many years, continuous development to find solutions beyond the limitations holding research captive changed the situation when the industry could launch the firs first scanning thermal microscopy into the commercial market. It is the advanced solution to explore how heat changes the properties of particles on a nano level and when you need the right equipment for this kind of observation, the team at Park Systems is always ready to assist.

“Our wide selection of advanced equipment all delivers a range of benefits and has a selection of features that are all contributing to a need or desire to achieve something on a nano level. This can be either mapping clear images to explore changes in surface structures or to manipulate nanoparticles to find solutions to concerns.
Scanning thermal microscopy is one of our most advanced solutions and it enables researchers to advance their research with the support of our advanced equipment.

We based our trusted team across several locations worldwide and therefore we always have outstanding customer support available whenever you need it,” says Kiebock Lee, the president of the leading brand globally, Park Systems.

The scanning thermal microscopy relies on thermal probes that offer resistive features to achieve high thermal and spatial resolutions on a nano level. These probes are highly sensitive and can operate on a signal detection system that is unique to the industry. The device also offers two modes that each delivers unique benefits. The two modes are temperature contrast microscopy and conductivity contrast microscopy.

While the first mode is highly efficient in measuring temperature variations on a nano-level, the second is more effective in measuring the variations in temperature on this level, giving the researcher clarity on the way that heat disperses amongst particles.

Each of these features has a unique and vital role to play in the research and development of materials and functions in various industries, a role that is supported by the team at Park Systems.

About Us: Park Systems is the fastest growing and world-leading manufacturer of atomic force microscopy (AFM) systems, with a complete range of products for researchers and engineers in the chemistry, materials, physics, life sciences, semiconductor and data storage industries. Our mission is to enable nanoscale advances for scientists and engineers solving the world’s most pressing problems and pushing the boundaries of scientific discoveries and engineering innovations. Customers of Park Systems include most of the world’s top 20 largest semiconductor companies and national research universities in Asia, Europe and the Americas.Park Systems is a publicly traded corporation on the Korea Stock Exchange (KOSDAQ) with corporate headquarters in Suwon, Korea, and regional headquarters in Santa Clara, California, USA, Mannheim, Germany, Beijing, China, Tokyo, Japan, Singapore, and Mexico City, Mexico. To learn more about Park Systems, please visit: https://parksystems.com.