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

Park Systems Introduces Park FX40 IR: A Revolution in Nanoscale Technology

Park Systems Corp., known globally for its innovations in atomic force microscopy (AFM) and nanoscale metrology, has recently launched the Park FX40 IR, an advanced platform that seamlessly merges AFM performance with nanoscale infrared (IR) spectroscopy. This innovative product not only completes the company's line of Nano-IR spectrometers but sets new standards for conducting research on small samples.

With dimensions of up to 20 mm x 20 mm, the FX40 IR can effectively analyze various materials by providing simultaneous infrared chemical information and surface topography. This is achieved with an impressive spatial resolution of less than 5 nanometers, all without physical contact with the sample. By utilizing this cutting-edge technology, researchers can identify molecular compositions with precision that previously required multiple instruments.

The Park FX40 is based on the original FX40 model, which holds the title of the world’s first fully automated research-grade AFM. The FX40 seamlessly incorporates robotics and intelligent automation to facilitate every measurement step, from probe exchange to light beam alignment, and imaging acquisition. This sophisticated construction results in lower noise levels, minimal thermal drift, and superior mechanical stability. These qualities are enhanced by its unique mechanical design that decouples the optical microscope from the Z-stage, thus reducing the risk of mechanical disturbances.

In terms of chemical characterization, the FX40 IR employs photoconductive force microscopy (PiFM). This innovative technique allows researchers to map molecular vibrations by detecting photoinduced forces between the AFM cantilever and the sample, yielding results that surpass traditional methods' resolution limits. The non-contact detection approach minimizes the risks of sample damage and tip contamination, problems often faced with other contact-based techniques.

The spectral data obtained by the FX40 IR closely correlates with traditional FT-IR results in terms of peak positions and relative band profiles. This familiarity provides researchers with confidence and ease of transition as they incorporate this new system into their workflows.

Dr. Sang-joon Cho, the executive vice president and head of Park Systems’ Research Equipment Business Unit, emphasized the transformative nature of the FX40 IR. He stated, "The FX40 IR is not merely another spectrometer; it is a comprehensive AFM platform with fully integrated nanoscale IR capabilities. It completes the FX IR series. Our users can now achieve identical precision, workflow, and automation, regardless of whether their samples are chip-sized or full wafers."

Furthermore, Park Systems offers a phased acquisition plan for the FX40 IR. This allows laboratories to purchase an already configured, fully functional AFM FX40. The IR module can be later added, facilitating a gradual upgrade according to growing analytical needs. This model ensures that research teams can make an initial investment in a world-class automated AFM while retaining the flexibility to expand into nanoscale IR spectroscopy without having to overhaul their systems.

For additional information on the Park FX40 IR, interested parties are encouraged to visit Park Systems' official website.

About Park Systems

Park Systems is recognized as a pioneer in nanometrology, offering advanced measurement solutions for both industrial and research applications. Founded by Dr. Sang-il Park, a significant contributor to the invention of atomic force microscopy (AFM) at Stanford University, the company continues to grow through continuous innovation and strategic acquisitions. With a rich technological portfolio that includes AFM, white light interferometry (WLI), digital holographic microscopy (DHM), imaging spectroscopic ellipsometry (ISE), active vibration isolation systems, and solid metal probes, Park Systems supports clientele in semiconductor manufacturing, materials science, and nanotechnology research, with regional offices across America, Europe, and Asia. For more details, please visit www.parksystems.com.