SDT Unveils Domestic Ultra-Precision Research Equipment Lineup at ‘KOREA LAB Autumn 2025’

Date: 2025.09.30 ~ 2025.10.02
Location: COEX, 3rd Floor, Hall D, Booth G11, Seoul

SDT participated in the ‘KOREA LAB Autumn 2025’ exhibition held at COEX in Seoul from September 30 (Tuesday) to October 2 (Thursday), showcasing its lineup of ultra-precision research equipment developed with pure domestic technology.

‘KOREA LAB Autumn 2025’ was a professional exhibition representing South Korea's research and development (R&D) industry, where various research and experimental equipment and advanced analytical scientific instruments utilized in fields such as basic science, applied science, engineering, and medicine were showcased in one place.

Domestic Ultra-Precision Research Equipment Lineup to Reduce Dependency on Foreign Imports

At this exhibition, SDT unveiled key solutions aimed at transforming the domestic research market, which has a high dependency on foreign equipment, including real-time elemental analysis equipment (LIBS), immersion cooling systems (AquaRack), three types of ultra-precision measuring equipment (TTMU, CCU, PGU), and a cryogenic cooler (CryoRack).

These devices are characterized by being developed with pure domestic technology, enabling rapid introduction and maintenance, and possessing high price competitiveness compared to foreign equipment. They gained attention for their ability to maximize research efficiency through customized designs that closely reflect the needs of the domestic research field.

SDT's Distinctive Technology for the Era of AI, Quantum, and Data

The core research equipment displayed consists of products that have achieved technological advancements in their respective fields. The ‘real-time elemental analysis equipment (LIBS)’ utilizes laser-induced plasma spectrometry technology to analyze all forms of samples—solid, liquid, powder—immediately without preprocessing, and enhances the reliability of analysis through machine vision-based particle monitoring, improving efficiency in both basic research and quality control in industrial settings.

The ‘high-efficiency immersion cooling system (AquaRack)’ for data centers and high-performance computing environments is a next-generation solution that directly immerses high-heat devices like GPU servers in a non-conductive liquid to control heat, reducing energy consumption by over 40% compared to air cooling (PUE below 1.2) while ensuring stability in complex simulations and AI computation environments. SDT was recognized for this technological capability and was selected as a finalist for the ‘2025 Data Center Industry Activation Project’ led by the National IT Industry Promotion Agency (NIPA), and is currently conducting full-scale demonstrations at the Pangyo Testbed.

Additionally, the ‘three types of ultra-precision measuring equipment’ that were successfully domesticated for technological independence in the field of quantum research showcase distinctive technological capabilities. The ‘CCU (Concurrent Counter)’ supports the world’s only 20-channel simultaneous measurement, and the ‘PGU (Multiple Pulse Generator)’ provides perfect signal synchronization with 10 picosecond resolution. The ‘TTMU (Time Tagger)’ is a TCSPC (Time-Correlated Single Photon Counting) device that SDT has successfully domesticated, offering picosecond resolution, and is crucial for not only quantum research but also for measuring fluorescence lifetimes in the life sciences and medical fields. All equipment supports Python libraries and cloud connectivity to maximize experimental automation and data analysis efficiency.

We also unveiled the ‘Cryogenic Cooler (CryoRack)’, a core infrastructure that cools superconducting quantum processors (QPU) to ultra-low temperatures to maintain quantum states. This device is a domestic modular solution that easily creates ultra-low environments at 10mK (millikelvin), enhancing the stability of advanced research requiring extreme conditions, such as superconducting devices and basic physical experiments, while drastically reducing management burdens through flexible design and automated control systems.

SDT Sets New Standards for Domestic Equipment

SDT CEO Yoon Ji-won stated, “This KOREA LAB Autumn 2025 was a significant opportunity for SDT to showcase the technological prowess and competitiveness of domestically-produced research equipment that we have been dedicated to for years to researchers both domestically and internationally.” He added, “We will provide a rational and reliable alternative to domestic research institutions and companies facing challenges due to the high barriers of foreign equipment, contributing to the development of South Korea's science and technology ecosystem.”