CUSTOMER CENTER
Advancing Particle Accelerator Technology with Unmatched Precision and Customer Trust.
FAQ
What does KR TECH specialize in?
KR TECH specializes in the design and manufacture of high-precision magnets for particle accelerators. As a “Magnet Total Solution” provider, we engineer world-leading electromagnets and charged particle beamlines. We also design the accompanying cryogenics and vacuum chambers for our magnet systems to ensure optimal performance.
Which industries use KR TECH’s products?
Our advanced magnet solutions are widely used across the semiconductor, energy, scientific research, and medical industries. For example, our medical magnets (such as cyclotron magnets) are utilized in radiology and nuclear medicine, while our specialized R&D supports advancements in micro medical robots and magnetic resonance spectrometers.
Does KR TECH export globally?
Yes, KR TECH has a robust global presence with customers and partners all over the world. We actively export our products to numerous countries, including Germany, Switzerland, Taiwan, Singapore, Indonesia, Japan, and the USA. We are also continually expanding our global reach with ongoing projects in regions like Spain and the UK.
What are the key features of your Superconducting Magnets?
Our superconducting magnets are engineered for exceptional performance and stability, specifically designed to generate magnetic fields of 5 to 9 Tesla at a temperature of 4.2K. The superconducting coils are precision-wound using a multifilamentary NbTi (Niobium-Titanium) copper composite conductor and are securely bonded in epoxy for maximum reliability.
How can I contact KR TECH for inquiries?
You can reach out to our team through our headquarters in Daegu, South Korea. We are always ready to assist you with your inquiries.
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Email: info@krtech.co.kr
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Phone: +82-53-352-7333
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Fax: +82-53-352-6335
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Address (Head Office): 37-24, Maeyeo-ro 1-gil, Dong-gu, Daegu, Republic of Korea
What are KR TECH's capabilities in designing and manufacturing particle accelerator magnets?
What are your major export and supply records?
In 2023, we supplied 256 octole magnets to the Swiss PSI in swis, and in 2026, we supplied 2ole magnets, solenoid magnets, and in 2026, we supplied 55 octole magnets to the Diamond Light Source in UK.
How is your magnet technology applied in medical and cancer treatment systems?
We supplied electromagnets for heavy ion accelerators (which move carbon particles to irradiate humans and eradicate cancer cells) to the Kanagawa Cancer Center, Kobe Children’s Hospital, Yamagata University Hospital, Yonsei Severance Hospital, Hyundai Asan Medical Center, and Gijang Atomic Energy Research Institute in Japan.
What are the technical advantages of KR TECH’s superconducting magnets?
Our magnets achieve high magnetic fields of 5-9 Tesla at 4.2K, ensuring maximum stability through epoxy-bonded NbTi copper composite wires. We offer integrated solutions with custom cryostats and temperature control systems.
What role does KR TECH play in nuclear fusion projects like KSTAR?
We supply bending magnets for the KSTAR NBI system to remove ions and develop high-current coils (dummy loads) for power supply commissioning, contributing to national nuclear fusion energy research.
How do your solenoid coils benefit solar energy systems?
KR TECH’s specialized solenoid coil technology enhances solar panel efficiency by over 7%, reducing power generation costs and increasing overall system cost-effectiveness.
What is your approach to quality assurance and certification?
Based on ISO 9001 certification, our dedicated QA team monitors the entire production process. Our highly automated manufacturing system ensures consistent, high-precision quality even in long-term processes.
Do you offer custom design support based on client specifications?
Yes, our staff of physicists and engineers participates from the experimental design stage, providing optimized turnkey solutions including beam orbit modeling and mechanical/magnetic analysis.
Which international markets are you currently targeting?
Beyond Asian markets like Japan and Taiwan, we are expanding into Europe (Germany, Switzerland, Spain). The US is also a key target, supported by our status as a government-designated promising export enterprise.
How do you collaborate with research institutions for technology transfer?
Through agreements with PAL and KBSI, we possess advanced electromagnetic field analysis and measurement technologies, localizing core technologies through continuous joint R&D projects.