Park Systems Corp. Expands Its Optical Metrology Suite with Lyncée Tec Acquisition
Park Systems Corp. Expands Its Optical Metrology Suite with Lyncée Tec Acquisition
In a significant move to broaden its capabilities in optical metrology, Park Systems Corp. announced its acquisition of Lyncée Tec SA, a Swiss leader in Digital Holographic Microscope (DHM®) technology. This purchase not only strengthens Park Systems' portfolio but also reflects its strategic vision to enhance the semiconductor manufacturing landscape.
Background of the Acquisition
Founded in 2003 by researchers at the Swiss Federal Institute of Technology (EPFL) in Lausanne, Lyncée Tec has been recognized for its pioneering advancements in DHM technology. The unique aspect of DHM is its ability to capture three-dimensional information of samples without the need for scanning, offering a speed of over 100 times that of traditional interferometry methods. This rapid imaging capability comes with a compact design, making it an invaluable tool across various applications, including materials science, life sciences, micro-electromechanical systems (MEMS), and manufacturing processes.
The integration of Lyncée Tec's innovative technology into Park Systems’ offerings follows its 2022 acquisition of Accurion GmbH, a global frontrunner in Imaging Spectroscopic Ellipsometers (ISE). This trend highlights Park Systems’ commitment to enhancing its optical metrology solutions, positioning itself as a market leader.
Vision for the Future
Dr. Sang-il Park, founder and CEO of Park Systems, articulated the strategic significance of this acquisition: "This acquisition represents a pivotal step in our journey to become an equipment company with a comprehensive suite of solutions for semiconductor processes." The integration plans include embedding Lyncée Tec's DHM technology into Park's existing Atomic Force Microscope (AFM) framework, culminating in a fully automated DHM system. This move is anticipated to cater to diverse semiconductor applications, especially in advanced packaging, which is crucial for today’s tech industry.
Dr. Yves Emery, CEO of Lyncée Tec, expressed enthusiasm about joining forces with Park Systems, mentioning that their combined expertise in AFM and DHM technologies would lead to unprecedented improvements in nanoscale metrology. He noted, "With this move, the pioneers and leaders of AFM and DHM are joining forces to make DHM even more efficient and disruptive." This partnership is expected to enhance the visibility of DHM technology, positioning it as a premium solution for fast and robust 3D measurements.
Dr. Etienne Cuche, the inventor of DHM technology and Lyncée Tec's CTO, emphasized the advantage of Park Systems’ global reach and operational prowess. Reflecting on the journey of DHM technology over the past 25 years, Cuche expressed gratitude to the customers and collaborators that have supported the evolution of this revolutionary technology.
About the Companies
Park Systems Corp.
Park Systems Corp., publicly traded on KOSDAQ (140860), is a recognized leader in nanometrology solutions, specializing in high-quality AFM manufacturing. The company has cultivated enduring partnerships with researchers and engineers across multiple scientific domains, including materials science, physics, chemistry, and semiconductors. With its headquarters in Suwon, Korea, and a presence in the Americas, Europe, and Asia, Park Systems aims to drive continuous innovation in nanoscale technology.
Lyncée Tec
Based in Lausanne, Switzerland, Lyncée Tec has set a benchmark in holographic imaging technology since its inception. The company's commitment to advancing DHM technology has positioned it as a leading choice for academic institutions, industries, and pharmaceutical companies worldwide. Its innovative instruments are protected by patents, underscoring the uniqueness of its offerings.
Conclusion
The acquisition of Lyncée Tec by Park Systems Corp. marks a strategic milestone in the evolution of optical metrology solutions. As these two industry leaders come together, the outcome promises to be significant, ushering in new advancements in semiconductor technologies and enhancing the future of nanotechnology across varied sectors.