As a leader in domestic paramagnetic technology, QuantumCTek unveiled its new Q-band electron paramagnetic resonance spectrometer series at the conference—
the EPR-Q400 high-frequency pulse spectrometer and the EPR-Q300 continuous wave spectrometer . This marks another significant breakthrough for China in the field of high-frequency EPR technology, attracting widespread attention and heated discussion from the experts present.
Compared with traditional X-band EPR (electron paramagnetic resonance) technology, high-frequency EPR technology has higher spectral resolution, stronger orientation selectivity and better sensitivity performance, showing important application value and broad development prospects in fields such as biomacromolecule structure research, spin dynamics measurement and materials science exploration.
The EPR-Q400 high-frequency pulse spectrometer is the flagship product released this time. This Q-band high-frequency pulse spectrometer is compatible with both continuous wave and pulsed EPR testing functions, meeting diverse research needs. The instrument supports variable-temperature experiments over a wide temperature range of 4-300 K, providing researchers with more flexible experimental conditions. Notably, the Q-band high-frequency spectrometer uses the same software operating platform as the X-band spectrometer, significantly reducing the learning curve for users and providing researchers with a convenient and smooth user experience.
EPR-Q400 High-Frequency Pulse Spectrometer
For users who only need to conduct continuous wave experiments, QuantumCTek has also launched
the EPR-Q300 continuous wave spectrometer , providing more targeted solutions for different application scenarios.
This new product launch showcases QuantumCTek's profound experience and innovative strength in the independent research and development of electron paramagnetic resonance (EPR) technology. It not only enriches the domestic EPR product line but also provides Chinese researchers with high-end scientific instruments with internationally advanced levels, effectively promoting the localization process of my country's EPR technology.
