Commercialization of Domestic 'Electromagnetic Property Measurement Equipment'... Breaking Foreign Monopoly

Scalable Design Through Research Demand Analysis
Adopted by Major Domestic Research Institutes and Enterprises

Commercialized Product of Domestic Electromagnet-Based Physical Property Measurement Equipment (DCEM60 Model)

[Asia Economy Reporter Junho Hwang] Seven types of electromagnet-based physical property measurement equipment developed with Korean technology will be commercialized. They are expected to become strong competitors replacing foreign equipment that has monopolized the domestic market.

The Korea Basic Science Institute announced on the 6th that the research team led by Dr. Seungyoung Park and Dr. Yeonseok Choi from the Research Equipment Development Department has completed the commercialization of electromagnet-based physical property measurement equipment.

The research team commercialized a total of seven products. These standardized products reflect the demand for electromagnet-based physical property measurement equipment commonly used in universities, government-funded research institutes, and companies.

In particular, these products solved the heat generation problem by optimizing cooling performance. Despite having a larger output magnetic field compared to existing products, stability was maintained, securing higher performance than foreign products.

The research team has already released five of the seven developed products and distributed them to major domestic universities such as the Korea Advanced Institute of Science and Technology (KAIST), Daegu Gyeongbuk Institute of Science and Technology (DGIST), government-funded research institutes, and research and industrial equipment manufacturers.

Seungyoung Park, head of the Research Equipment Development Department (principal researcher), stated, "With these products, we have been able to reduce dependence on foreign equipment, and all parts used for commercialization utilized domestic materials, which gives us great pride in achieving true localization."

This content was produced with the assistance of AI translation services.