News & Events

Recently, the research teams led by Professor Aiwen Lei from Wuhan University and Professor Lin He from Lanzhou Institute of Chemical Physics, Chinese Academy of Sciences, made a significant breakthrough in asymmetric urea synthesis. Their research results, titled "Synchronous recognition of amines in oxidative carbonylation toward unsymmetrical ureas" were published in the prestigious international journal "Science" on November 15th.   Published in "Science" with the Support of CIQTEK EPR   Unsymmetrical ureas are important compounds widely used in medicine, agriculture, and materials science. The synthesis of unsymmetrical ureas through amine reactions is the most effective method. However, achieving high selectivity in synthesizing unsymmetrical ureas is challenging due to the competitive reactivity of the two amines. So far, no metal-catalyzed method can efficiently and selectively recognize and install multiple amines at the same site.   In their research, the teams deeply analyzed the electron transfer process between copper salts and amines and successfully detected the in situ-generated ammonium radical cation and its captured radical species with DMPO during the reaction. This provided crucial evidence for revealing the copper ion-mediated free radical activation mechanism of secondary amines. Combining the selective nucleophilic activation of primary amines by cobalt catalysts, the teams designed a "synchronous recognition strategy" that achieved efficient carbonylation reactions of a 1:1 molar ratio of two amines, producing highly selective unsymmetrical urea products.   This achievement provides new avenues for the industrial production of unsymmetrical urea compounds and is expected to have broad applications in fields such as medicine and agriculture. It also demonstrates the precise characterization capabilities of the EPR spectrometer developed by CIQTEK, providing strong support for researchers to deepen their understanding of reaction mechanisms and develop innovative synthesis strategies.   The research paper was published in "Science" and can be accessed at the following link: https://www.science.org/doi/10.1126/science.adl0149   A "Timely Rain" that Achieves Customer Satisfaction, Scripting a Success Story   Behind this achievement is a story of collaboration between CIQTEK and the research team. In October 2021, an imported EPR spectrometer at the College of Chemistry and Molecular Sciences, Wuhan University, encountered a sudden malfunction.   After contacting the manufacturer, they learned that the repair would take a long time. This posed a challenge for the experimental work of the faculty and students.   In December of the same year, at the invitation of the faculty, engineers from CIQTEK overcame the challenges posed by the pandemic and arrived on-site to troubleshoot the issue. They quickly identified a problem with the magnet po...

In October 2024, CIQTEK officially launched the AI Electron Paramagnetic Resonance (EPR) Spectrometer. This series of products possesses AI-driven spectrum analysis and intelligent literature correlation and achieves a groundbreaking signal-to-noise ratio of 10,000:1, which is the highest in the field of EPR spectroscopy. For your reference, we have compiled the following questions and answers to address user concerns.   01. Is the AI spectrum analysis function only for simple free radicals? Can it analyze multi-electron systems?   The AI EPR Spectrometer's spectrum analysis function is not limited to simple free radicals and can also analyze complex multi-electron systems. Specifically, it can fit over 90% of free radical samples and support the analysis of multi-electron systems, including metal complexes and multi-component samples. Therefore, whether it's a single type or a more complex multi-electron structure, AI spectrum analysis is capable.   02. What is the source of data for AI spectrum analysis?   The data for the AI-EPR Spectrometer's spectrum analysis comes from multiple authoritative sources. The internal database contains over 24,000 substance components, 250,000 related published literature, and more than 200,000 measured data points from various universities, research institutions, and testing centers. These extensive data sources ensure the accuracy of AI spectrum analysis.   03. How does AI spectrum analysis perform on multi-spin systems?   AI spectrum analysis can effectively handle complex multi-spin systems and accurately distinguish and fit multiple components. However, multi-spin systems involve more complex parameters, which present greater challenges for analysis. Nonetheless, AI spectrum analysis typically provides reliable preliminary results for users' reference.   04. Can AI spectrum analysis analyze metal samples?   AI spectrum analysis can handle the analysis of metal samples. It not only supports the fitting of free radical samples but has also been optimized specifically for metal complexes and multi-component systems. Therefore, the analysis of metal samples, especially those involving paramagnetic metal ions, falls within its capabilities. However, the precision of the results may vary depending on the specific metal and sample complexity.   05. Does AI spectrum analysis support EPR instruments from other brands?   Currently, the AI spectrometric system is not compatible with direct integration and usage of EPR spectrometers from other brands. The current system only supports EPR spectrometers from CIQTEK.   06. If a sample is more complex, such as multi-component with coupling between components, can AI still be used?   For complex samples with multiple components and coupling between them, AI spectrum analysis can certainly provide significant assistance. Leveraging its rich data and intelligent algorithms, it can partia...

The National Conference on Electron Microscopy(CEMS) was held in Dongguan from October 17th to 21st, 2024. The conference attracted nearly 2,000 experts, scholars, and representatives from universities, research institutions, enterprises, and instrument technology companies.     CIQTEK showcased the Focused Ion Beam Scanning Electron Microscope DB550 and the Field Emission Transmission Electron Microscope TH-F120 and conducted live demonstrations on-site, which received wide attention from the attendees.   "Next-Generation On-axis Signal Electron Selective Detection Technology & Progress in Cold FEG Scanning Electron Microscope Development"   Mr. Cao Feng, Vice President of CIQTEK, delivered a keynote speech during the conference, showcasing the company's latest technological breakthroughs and innovative achievements in the field of electron microscopy, and receiving high recognition from the experts present.     To provide users with a tangible experience of the development achievements of high-end electron microscopes and to demonstrate the real performance of the products, CIQTEK once again set up the "Electron Microscope Laboratory" at the conference venue.     With careful arrangement by a professional team, the booth not only recreated a laboratory environment but also realized the live demonstration of the Focused Ion Beam Scanning Electron Microscope DB550 and the Field Emission Transmission Electron Microscope TH-F120. On-site sample preparation and imaging fully showcased the superior performance of domestically produced high-end electron microscopes, attracting a large number of professional visitors for visit exchanges.

On October 19th, at the 2024 National Conference on Electron Paramagnetic Resonance Spectroscopy, CIQTEK unveiled a new AI Electron Paramagnetic Resonance (AI-EPR). This series of products incorporates AI capabilities and achieves the 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.     CIQTEK has autonomous development capabilities for a full range of EPR  spectroscopy and 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: AI analysis 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  Spectroscopy will uniform...

ARABLAB, one of the premier scientific exhibitions in the region, kicked off its first day with tremendous success. Stand 845 at Sheikh Saeed Hall S1, CIQTEK, became a hub of activity as attendees flocked to explore the latest innovations in scientific instrumentation.   At Stand 845, visitors had the opportunity to engage with a team of experts and experience firsthand a range of high-performance products presented by CIQTEK, a leading provider of scientific instruments. The highlights of CIQTEK's showcase included:   1. Scanning Electron Microscopes (SEM): With remarkable resolution and imaging capabilities, these instruments offer researchers an invaluable tool for studying samples at the microscale. The CIQTEK team shared insights into the various applications of SEM, ranging from material science to life sciences.   2. Electron Paramagnetic Resonance (EPR) Spectroscopy: The EPR spectroscopy systems offered by CIQTEK captivated attendees with their ability to investigate the electronic structure and properties of materials. This powerful technique enables scientists to delve into the world of spin dynamics, free radicals, and magnetic materials, opening new avenues for research in chemistry, physics, and biomedicine.   3. Scanning NV Probe Microscopes: CIQTEK's cutting-edge scanning NV probe microscopes generated significant interest among visitors. These instruments utilize nitrogen-vacancy (NV) centers in diamond to enable high-resolution imaging and spectroscopy at the nanoscale. With applications in nanotechnology, and materials characterization, the possibilities with NV probe microscopes are truly remarkable.   4. BET Surface Area & Pore Analyzers: Attendees at Stand 845 had the chance to explore CIQTEK  BET surface area and pore analyzers. These instruments deliver crucial insights into the porosity, surface area, and adsorption characteristics of various materials. From catalyst development to pharmaceutical research, the BET analyzers showcased CIQTEK's commitment to facilitating critical breakthroughs in multiple fields.   The CIQTEK team engaged in lively discussions with researchers, scientists, and industry professionals, sharing technical expertise and exploring collaborative opportunities. Attendees praised CIQTEK's commitment to innovation, reliability, and unmatched performance in the scientific instrumentation market.   As ARABLAB continues to unfold, visitors are eagerly anticipating further insights and demonstrations from CIQTEK's range of products. Stand 845 remains a must-visit destination, offering a unique opportunity to interact with experts and explore groundbreaking technologies shaping the future of scientific research

[Cornell University], [Fri. Sept. 13 - Sun. Sept. 15, 2024] CIQTEK, a leading provider of advanced scientific instrumentation, showcased its cutting-edge Benchtop Electron Paramagnetic Resonance (EPR) Spectroscopy, the EPR200M, at the recent workshop held at the National Resource for Advanced Electron Spin Resonance Spectroscopy (ACERT). The workshop, organized by Cornell University in collaboration with CIQTEK, brought together researchers, industry experts, and practitioners to explore the latest advancements in EPR technology.   During the live demonstration session, attended by over 20 interested attendees, CIQTEK's team presented the features and capabilities of the EPR200M system.   One of the highlights of the demonstration was the on-site sample measurement performed for a visiting delegation from France. The EPR200M showcased its versatility by delivering accurate and reliable results, impressing the attendees with its analytical capabilities, allowing researchers to obtain valuable insights into the electronic structure, magnetic properties, and dynamics of materials across a wide range of disciplines, including chemistry, materials science, biophysics, and more.   The ACERT workshop facilitated valuable discussions and knowledge exchange among participants, fostering collaborations and advancements in EPR technology research. CIQTEK's participation and successful demonstration further solidified its position as a trusted provider of innovative scientific solutions.

We’re thrilled to unveil our new demo lab at Loughborough University’s LMCC by SciMed, featuring the cutting-edge CIQTEK SEM3200 Scanning Electron Microscope.   The CIQTEK SEM3200 is a high-performance tungsten filament scanning electron microscope, designed for those who demand excellence in imaging. It delivers exceptional image quality with high-resolution visuals and an expansive depth of field, ensuring rich detail and dimension in every image.   SEM3200 also offers a low vacuum mode, allowing for the direct observation of non-conductive samples without the need for coating. Its extended scalability makes it compatible with various detectors and tools, including SE, BSE, EDS, and EBSD.   For scientists, the SEM3200 provides numerous benefits: · High-resolution imaging: Achieve stunning clarity and detail. · Versatility: Flexible sample positioning with a five-axis eucentric stage. · Scalability: Seamlessly integrate additional detectors and analytical tools to extend functionality. · User-friendly interface: Simplifies complex imaging tasks, enhancing productivity and research outcomes.   These features empower researchers to push the boundaries of their work, from material science to biological studies.