World's First AI Electron Paramagnetic Resonance (EPR) System by CIQTEK
World's First AI Electron Paramagnetic Resonance (EPR) System by CIQTEK
October 21, 2024
On October 19th, at the 2024 National Conference on Electron Paramagnetic Resonance Spectroscopy, CIQTEKunveiled a new AI Electron Paramagnetic Resonance (AI-EPR). This series of products incorporates AI capabilities and achievesthe world's highest signal-to-noise ratio of 10,000:1, marking a significant breakthrough in the field of EPR spectroscopy.
Revolutionary breakthrough addressing industry challenges
EPR technology plays a crucial role in detecting unpaired electron structures and dynamics in materials, and it finds wide applications in fields such as chemistry, physics, biology, and medicine. However, acquiring and analyzing EPR spectra poses various challenges, including low signal-to-noise ratios, multiple parameters, and complex models. Artificial Intelligence (AI) is a discipline that studies and implements intelligent behavior and possesses powerful data processing and knowledge acquisition capabilities, offering effective tools and methods for optimizing, fitting, interpreting, and predicting EPR spectra.
CIQTEKhas autonomous development capabilities for a full range of EPR spectroscopyand possesses key core technologies, laying a solid foundation in hardware and system integration. The newly unveiled product elevates the signal-to-noise ratio to 10,000:1, significantly enhancing the accuracy of instrument detection and setting a world record in this aspect for commercial EPR spectroscopy. Moreover, AI-EPR incorporates two core capabilities: AI-driven spectrum analysis and intelligent literature correlation. This will completely transform the way researchers conduct EPR studies, greatly improving research efficiency and precision.
Making instruments smarter and research more effortless
AI-driven spectrum analysis: AIanalysis capability covering 90% of sample types reduces the complex analysis process from several hours or even days to just a few minutes. The widespread adoption of this feature means that EPR technology will play a crucial role in a broader range of scientific research fields.
Intelligent literature correlation: Through the "spectrum recognition and source searching" function, AI-EPR can automatically link to global literature databases, providing researchers with highly relevant academic resources. This feature not only accelerates knowledge dissemination but also facilitates interdisciplinary innovation and breakthroughs.
Dr. Xu Kebiao, Vice President of CIQTEK, stated, "The breakthrough achievement of AI-EPR not only enhances product performance in terms of hardware and software but also addresses the main challenges faced by current EPR technology. It is expected to stimulate new research directions and application scenarios, significantly enhancing China's international influence in the field of Electron Paramagnetic Resonance spectroscopy. In the future, CIQTEK EPR Spectroscopywill uniformly support AI."
X-band benchtop electron paramagnetic resonance/electron spin resonance (EPR or ESR) spectroscopy Based on its high sensitivity and stability, EPR200M offers an economical, low-maintenance, and user-friendly experience for EPR study and analysis. Email: info@ciqtek.com
The CIQTEK EPR200-Plus Spectroscopy provides professional continuous wave electron paramagnetic resonance solutions for industrial and academic users. >> EPR200-Plus Accessories: Dual Mode Resonator, High-temperature System, Liquid Nitrogen Variable Temperature With Cryostat, Liquid helium Variable Temperature, Liquid Helium-free Dry Cryogenic System, Time-resolved EPR System, Goniometers, Irradiation system, Flat cell. Electron paramagnetic resonance (EPR) or electron spin resonance (ESR) spectroscopy is a powerful analytical method to study the structure, dynamics, and spatial distribution of unpaired electronics in paramagnetic substances. It can provide in-situ and non-destructive information on electron spins, orbitals, and nuclei at the microscopic scale. EPR spectroscopy is particularly useful for studying metal complexes or organic radicals so it has important applications in the fields of chemistry, materials, physics, environment, etc.
CIQTEK X-band pulse electron paramagnetic resonance (EPR or ESR) spectroscopy EPR100 supports both continuous-wave EPR and pulse EPR functions, satisfying general CW EPR experiments while performing T1 /T2 / ESEEM (electron-spin echo envelope modulation) / HYSCORE (hyperfine sublevel correlation) and other pulsed EPR tests, which can achieve higher spectral resolution and reveal ultra-fine interactions between electrons and nuclei, thus providing users with more information about the structure of matter. >> Optionally equipped with a 4-300 K variable temperature device to enable the detection of paramagnetic substances at ultra-low (high) temperatures.>> EPR100 Accessories: Dual Mode Resonator; High-temperature System; Liquid Nitrogen Variable Temperature With Cryostat; Liquid Helium Variable Temperature; Liquid Helium-free Dry Cryogenic System; Time-resolved EPR System; ELDOR System; ENDOR System; Goniometers; Irradiation System; Flat Cell.
W-band (94 GHz) high-frequency electron paramagnetic resonance (EPR or ESR) spectroscopy compatible with both continuous wave and pulsed EPR test functions EPR-W900 is paired with a slit-type superconducting magnet with a maximum magnetic field of 6 T and can perform variable temperature experiments from 4-300 K.It also has the same software operating platform as the CIQTEK X-band EPR100, providing users with a user-friendly experience.Compared with the traditional X-band EPR technology, high-frequency EPR has many advantages and has important applications in biology, chemistry, and materials.