Advanced Scientific Research Instruments
010-4892-3458, 02-3408-3689
Management Philosophy
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Founded in November 2021 as an on-campus venture company at Sejong University, Sejong Scientific Instruments specializes in the development of advanced scientific research instruments.
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We believe that the true value of scientific instruments lies not only in their performance, but also in their ability to help researchers conduct experiments more easily, accurately, and efficiently.
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Based on our expertise in nanotechnology, semiconductor technology, and artificial intelligence, we develop innovative research instruments that address the practical needs of researchers. We also strive to provide customized technological solutions for research challenges that cannot be easily addressed with conventional equipment.
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At the heart of our philosophy is a researcher-centered approach to instrument development. Our responsibility does not end with the delivery of equipment. We are committed to providing continuous technical support and reliable service so that researchers can make the most of our instruments and achieve meaningful research outcomes.
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Through continuous technological innovation, we aim to contribute not only to strengthening Korea’s research capabilities, but also to the advancement of basic science and cutting-edge scientific research worldwide.
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Instruments that bring researchers’ ideas to life.
Technology that expands the possibilities of research. -
Sejong Scientific Instruments is committed to supporting researchers with advanced technology, reliable scientific instruments, and dedicated service.
Tailored Solutions for Research Equipment Development
Sejong Scientific Instruments aims to lead the development of new products in advanced technology fields to promote the localization and self-reliance of research equipment. Founded with the mission of contributing to cutting-edge scientific research and development, Sejong Scientific Instruments specializes in optics based on nanotechnology, nanoscale motion control, and advanced electronic engineering. We provide customized laboratory solutions for researchers at university laboratories and national research institutes seeking to develop novel research equipment that is not yet commercially available. Recently, we have developed an automated device capable of detecting and recording the positions of mechanically exfoliated flakes of 2D materials such as graphene, hBN, TMDs, and black phosphorene, which are essential for nanodevice research.
With strong support from Sejong University, which was established to honor the legacy of King Sejong—who championed scientific advancement—we are committed to contributing to the progress of science and technology in Korea. We strive to deliver the highest quality products and services while ensuring customer satisfaction at every step.
Equipment Development Consultation
Joint Development of Custom-Built Research Equipment
To better serve scientists and researchers, we are expanding our development scope and actively seeking input on unmet needs for research equipment that has yet to be developed. If you have any ideas or requests regarding the development of new equipment, please feel free to share them with us at any time. We are committed to providing the highest level of service to all our customers.
Please see below for a list of the various services we offer.
Areas of Expertise in Development
Nanotechnology
Our R&D team has extensive experience in developing Scanning Probe Microscopes (SPMs) and precision instrumentation for nanoscale research.Our core capabilities include nano-metrology, nano-positioning and motion control, precision optical measurement, and nanodevice processing technologies. Based on these technologies, we develop high-precision motion measurement and control systems integrating advanced optical and mechanical components with intelligent control software.
Semiconductor Technology
We develop research equipment for semiconductor and advanced materials fabrication, characterization, and device research.Our expertise includes maskless photolithography, laser-based micro/nanofabrication, 2D material transfer and manipulation, photoconductivity measurement, and semiconductor device processing.By combining precision motion control, optical systems, and semiconductor processing technologies, we aim to provide flexible research platforms that enable researchers to fabricate and characterize new semiconductor materials and devices.
Artificial Intelligence
We integrate Artificial Intelligence and machine vision into scientific instruments to make research processes more automated, efficient, and intelligent. Our AI technologies include automatic detection and classification of 2D materials, image-based material analysis, deep-learning-based object recognition, and intelligent automation of experimental processes. In particular, our 2D material detection technology automatically identifies target materials from microscope images, reducing the time and effort required for conventional manual inspection.