#South Korea #Park Systems #Gwacheon #Fx40 IR #AFM Spectroscopy

Park Systems Unveils the Park FX40 IR

In a significant stride towards advancing nanotechnology, Park Systems Corp. has officially launched the Park FX40 IR, the latest addition to its renowned lineup of atomic force microscopy (AFM) solutions. This innovative platform marks a pivotal fusion of complete AFM performance with nanoscale infrared (IR) spectroscopy, all integrated into one automated system. The FX40 IR is designed to enhance the research capabilities of scientists and researchers by enabling seamless collection of molecular information and surface topology from samples measuring up to 20 mm × 20 mm.

Enhancing Research Efficiency

The FX40 IR emerges as a crucial tool for researchers seeking precision in characterizing materials at the nanoscale. By leveraging the unique capabilities of the FX40 IR, scientists can now obtain chemical IR data and surface topography simultaneously in a single measurement cycle. This capability is especially beneficial as it allows for the identification and assessment of molecular composition with a spatial resolution of less than 5 nm. Such precision was previously only achievable with complex, multi-stage processes that could compromise data integrity.

State-of-the-Art Features

Drawing on the robust foundation of the original FX40, which is renowned as the world’s first fully automated AFM intended for research, the FX40 IR embodies cutting-edge features such as low noise levels, minimal thermal drift, and superior mechanical stability. These enhancements stem from its advanced mechanical design, wherein the optical microscope remains decoupled from the Z-stage; this separation significantly diminishes susceptibility to mechanical disturbances—crucial for obtaining reliable data in delicate experimental contexts.

Additionally, this new model utilizes photo-induced force microscopy (PiFM) for chemical characterization in the nanoscale realm. By detecting the photo-induced force between the AFM cantilever and the sample, researchers can image molecular vibrations without direct contact. This contactless detection method achieves spatial resolution under 5 nm, surpassing conventional IR spectroscopy techniques which often encounter limitations in resolution and material degradation due to contact-based methods.

Streamlined Workflow and Modular Design

Notably, Park Systems has introduced a tiered acquisition pathway for the FX40 IR, vice-president Dr. Sang-joon Cho remarked. Laboratories can acquire the FX40 in a pre-configured state and later integrate the IR module as the need for chemical analyses arises. This modular approach enables research groups to invest initially in a world-class automated AFM system while retaining the flexibility to expand into nanoscale IR spectroscopy without the need for significant reinvestment.

Final Thoughts

The launch of the FX40 IR not only broadens the application range of Park Systems' IR solutions but also affirms the company's commitment to innovation and efficiency in nanometrology. With established expertise, gained through ongoing advancements in technology and strategic expansions, Park Systems continues to redefine the parameters of accuracy in research. For further insights on the FX40 IR and its capabilities, please visit Park Systems.

About Park Systems

Founded by Dr. Sang-il Park, who significantly contributed to the development of AFM technology during his tenure at Stanford University, Park Systems has evolved into a leader in the nanometrology landscape. With a rich portfolio encompassing not just AFM but also white-light interferometry, digital holographic microscopy, and other cutting-edge systems, the company is well-positioned to serve diverse markets, including semiconductor manufacturing, material science, and nanotechnology research. Explore more about their pioneering solutions at Park Systems.