News & Events

CIQTEK Appoints L.A.Systems Incorporated (LAS) as the Japan distributor for the range of EPR (ESR) Spectrometers and Scanning NV Microscope (SNVM). CIQTEK is pleased to announce LAS as our sales representative for the range of Electron Paramagnetic Resonance (EPR or ESR) equipment and Scanning NV Microscope in Japan. LAS will work closely with the CIQTEK team to provide complete service to Japanese-speaking customers. Check the CIQTEK products on the LAS website: https://www.las.jp/products/hardware_CIQTEK.htmlSince its establishment in 1993, LAS has successfully become a major distributor of foreign-produced software and hardware in Japan. The team always strives to improve the R&D environment for customers. Click on the logo image below for more information about LAS.

Date: 2023.2.1 (Wed) ~ 2023.2.3 (Fri) Location: Muju Deogyusan Resort, Muju-gun, Jeollabuk-do, South Korea Website: http://www.kmrs.or.kr/00_main/main.html   The Korean magnetic resonance society (KMRS) was established in 1992 to build an information exchange network in magnetic resonance. Over the past 30 years, it has grown into a representative society in the field of magnetic resonance in Korea.The Winter Workshop of the KMRS 2023 provides a variety of programs and opportunities for students, experts, and scholars in magnetic resonance research, such as educational theory lectures, NMR software learning, poster presentations, and lectures. It hopes to lead, encourage, and nurture budding researchers and the subsequent generation of learned researchers, and to improve their understanding of the current research status and prospects of industry-university research.     CIQTEK at KMRS 2023   CIQTEK will be hosted by our distributor BK Instruments Inc. BK Instruments is an official sponsor of the Korean Society for Magnetic Resonance and will sponsor the Winter Workshop this time. There will be the BKI training session (17:10-17:50, Feb 1st, Korea Standard Time (KST), UTC +9) and the BKI Emerging Researcher Award (14:00-15:00, Feb 2nd, Korea Standard Time (KST), UTC +9) during the workshop. Looking forward to meeting you in Korea and exploring the CIQTEK electron paramagnetic resonance spectroscopy products!            CIQTEK EPR (ESR) Spectroscopy   EPR (ESR) spectroscopy is a method to study the structure, dynamics, and spatial distribution of unpaired electronics. It can provide in-situ and non-destructive information on electron spins, orbitals, and nuclei at the microscopic scale. They are particularly useful for studying metal complexes or free radicals.        

CIQTEK Appoints SciMed as the UK and Ireland distributor for the range of EPR (ESR) Spectrometers. CIQTEK is pleased to announce that we have entered into a partnership with SciMed to appoint them as the new UK distributor for the range of Electron Paramagnetic Resonance (EPR or ESR) Spectrometers. Since its founding in 1979, Scientific & Medical Products (SciMed) has been a highly successful distributor of laboratory and process equipment. SciMed exclusively represents a number of leading manufacturers in the UK and Ireland and has recently been appointed the distributor for several companies in France and other selected regions around Europe.The focus of SciMed is on the promotion, sales, service and support of innovative and world-class products to customers in industry and academia.SciMed will offer UK based sales and service support for this range of products and work closely with the CIQTEK team to offer the usual outstanding support to UK users.Check the CIQTEK EPR (ESR) Spectrometers on SciMed website: https://www.scimed.co.uk/product-category/electron-paramagnetic-resonance/

ONSITE EXHIBITION Period: 7 - 11 Feb, 2023Location: DAE Convention Centre, Anushaktinagar, Mumbai, India Website: http://www.iseac.org.in/ Conference Brochure: http://www.iseac.org.in/pdf/Brochure-EIHE%202023.pdf?v=5   Conference on Electrochemistry for Industry, Health and Environment, EIHE-2023 is organized by Analytical Chemistry Division, Chemistry Group, Bhabha Atomic Research Centre, under the auspices of the Indian Society for Electroanalytical Chemistry (ISEAC) at DAE Convention Centre, Anushaktinagar, Mumbai 400094 from February 7 to 11, 2023.  The excellence of electrochemistry in a wide spectrum has been included in the scope of this conference. It's expected to have a large number of eminent scientists from India and overseas attending the conference. It will be an excellent opportunity for the academia and students of the country to interact with national and international experts and widen the scope of scientific collaboration. Experts, researchers, students, and industrial units working in this interesting area of research are invited to participate.   CIQTEK at EIHE 2023   CIQTEK will be hosted by our distributor Phadke Instruments Pvt Ltd (Click to check CIQTEK products at Phadke's website) Let's meet in India and explore the mystery of CIQTEK electron paramagnetic resonance spectroscopy, scanning electron microscope, and surface area and pore size analyzer (BET) together!       

Images are ubiquitous in our lives and are a fundamental and indispensable medium for the dissemination of information. Imaging is a direct means of acquiring images and can be classified according to the different imaging wavelengths as visible, radar, infrared, and terahertz imaging. With the further development of information technology, new demands are being placed on spatial resolution, signal-to-noise ratio, multispectral imaging performance, and the imaging environment.  Single-pixel Imaging Technology   With the increase in computer arithmetic power and the development of compressed perception theory, scientists have proposed a single-pixel imaging technique based on a computational imaging approach. This is a new imaging method that uses a single-pixel detector without spatial resolution and a spatial light modulator to obtain images by reconstruction. Compared with the traditional array detector imaging method, single-pixel imaging has the advantages of high sensitivity and interference resistance and has obvious advantages in the fields of very weak light imaging, non-local imaging, special band detection without large surface array detectors, etc. It has very broad application prospects in many fields such as nuclear magnetic resonance, aerospace remote sensing, and terahertz imaging.   Advantages of Single-pixel Imaging  Image Credits: High throughput dual-wavelength temperature distribution imaging via compressive imaging.Opt. Comm. 410, 287-291 (2018)   Single Pixel Photon Imaging Teaching Instrument   Although computational imaging, represented by single-pixel photon imaging, is promising, there is still a lack of experimental teaching content at the undergraduate level. In order to improve the relevant curriculum and help students develop their scientific research skills, CIQTEK, in collaboration with Professor Qing Zhao's team from the Technology Research Centre of Beijing University of Technology, has created a single-pixel photon imaging teaching instrument.   The product is a teaching instrument based on the theory of compressed perception and photon counting imaging technology, using digital micromirror devices to accomplish rapid imaging of random spatial light-modulated target objects. The product takes advantage of the sparse signal characteristics of the compressed sensing technique to go beyond the traditional Shannon sampling theorem and can restore images with high spatial resolution and high signal-to-noise ratio in very low light conditions with fewer measurements.   CIQTEK Launched Single Pixel Photon Imaging Teaching Instrument   The single-pixel photon imaging teaching instrument has a wealth of hardware modules to support students' hands-on adjustment and construction, facilitating students' understanding of spatial light modulation techniques and equipment usage, understanding the principle of compressed perception and imaging methods, and knowing the characteri...

The 22nd International Nanotechnology Exhibition & Conference (nano tech 2023)   ONSITE EXHIBITION Period: 1st (Wed) - 3rd (Fri) Feb, 2023Location: East Halls & Conference Tower, Tokyo Big Sight, Japan Website: https://www.nanotechexpo.jp/    ONLINE EXHIBITION: 1st Dec, 2022 - 28th Feb, 2023 Videos and documents for products are ready!>> Click here to check the CIQTEK online booth hold by  L.A.Systems Incorporated (LAS)  Meet Us at the Booth (2Q-26)CIQTEK will be hosted by our partner LAS at: Booth: 2Q-26 Zone: Others: Organizer Special ExhibitionCome to meet us to learn more about the EPR (ESR) Spectroscopy, Scanning NV Microscope (SNVM).Cannot wait to see you! 待ちくたばれる！>> Click here to check the CIQTEK online booth hold by L.A.Systems Incorporated (LAS) >> Check the CIQTEK products on the LAS website: https://www.las.jp/products/hardware_CIQTEK.html         CIQTEK EPR (ESR) Spectroscopy   EPR (ESR) spectroscopy is a method to study the structure, dynamics, and spatial distribution of unpaired electronics. It can provide in-situ and non-destructive information on electron spins, orbitals, and nuclei at the microscopic scale. They are particularly useful for studying metal complexes or free radicals.        

CIQTEK is happy to sponsor the 12th Asia-Pacific EPR/ESR Symposium (APES 2022) in Hangzhou, China during November 4-7, 2022. The symposium this year is an online event for international speakers and participants, a new start for Asia-Pacific EPR/ESR Society in the post-epidemic era.The main aims of APES 2022 are to bring together EPR/ESR spectroscopists and to promote and facilitate collaboration among the EPR/ESR community. APES 2022 is intended to stimulate discussions on the forefront of research in all aspects of EPR/ESR ranging from theoretical and experimental advances in CW/Pulsed EPR, high frequency, and high field EPR, ENDOR, PEDLOR/DEER, time-resolved EPR, FMR, MRI, ODMR to applications in medicine, biology, chemistry, materials science and nanotechnology. CIQTEK Moments at APES 2022Moment 1: On November 4th, CIQTEK had a presentation entitled "Introduction to EPR spectrometers of CIQTEK" by Dr. Zhifu Shi, Technical Director of EPR, CIQTEK.Moment 2: On November 6th, Dr. Haijun Yang, Tsinghua University, Beijing, China, made a speech entitled "Construction and Applications of EPR at 6 K Ultra-low Temperature". In his speech, Dr. Yang mentioned that his team made research progress based on the CIQTEK X-band EPR spectrometer EPR100.Abstract of the Presentation:There were four main advantages of cryogenic technology in EPR research: (1) Improve the sensitivity of the spectrometer; (2) Increase the sample stability; (3) Weaken the effect of polar solvents on solution samples, and (4) Extend T1 and T2 relaxation for the better detection of spin echoes. Currently, the ultra-low temperature EPR is commonly performed by a liquid helium cooling system. Due to issues such as rising gas prices, cryogenic systems were expensive and difficult to run continuously for a long time. In collaboration with CIQTEK, a dry temperature-variable unit was constructed successfully with helium as the circulating gas. On the CIQTEK X-band EPR spectrometer (EPR100), this temperature-variable unit achieved a wide temperature range of 6 K to 300 K and afforded a long continuous operation time of more than 200 hours. The cost is less than five percent of the liquid helium cooling system. For the coal sample tested by the CW EPR, the double integration area of the EPR signal acquired at 6 K was nearly 42 times larger than that at 293 K. In addition, the following two applications have been proposed for the dry 6 K ultra-low temperature EPR technology. (1) For the diradicals, how to test the spin state from singlet and triplet? And how to calculate the energy gap of singlet−triplet (ΔEST)? (2) How to study the structure of Cu2+ complexes in solution using electron spin echo envelope modulation (ESEEM) pulse experiments? This novel dry temperature-variable unit prevents the consumption of helium due to closed circulation, saving the noble helium and reducing the cost of the EPR spectrometer’s operation, which propels researc...

Recently, the General Office of the General Administration of Market Supervision and Administration of China issued the "Notice of the First Batch of National Innovation Bases of Metrology and Science Popularization Resources", officially granting CIQTEK the national qualification of Science Education Innovation Base.      CIQTEK New Metrology Science Museum (Rendering)   In the past six years since its establishment, CIQTEK has not only achieved a series of internationally influential scientific research results in the fields of precision measurement and computing but also set up a science division specializing in measurement and science education.   The CIQTEK Science Education Base covers an area of over 1,500 square meters, with the measurement and science laboratory, an exhibition hall, and a lecture hall, with more than a thousand exhibits, teaching aids, audio and video, animations, and other forms of atomic force microscopes, laser distance measuring instruments, etc.   Up to now, CIQTEK Science Education Base has held a series of colorful science activities such as the "Precision Measurement Instruments Exhibition", "Infinite Possibilities Technology Science" and "Science Seminar for Primary School Students", and the total number of visitors has reached 15,000.     Science education activities organized by CIQTEK In order to better promote metrology culture and science education activities, CIQTEK is preparing to build a new 3,000-square-metre science base featuring metrology, which is expected to be put into operation in September 2023. The new base integrates metrology, science education, science, and technology experience, science and innovation education, scientific investigation, scientific experiments, and online-offline linkage, and is an important place for young people and the public to receive metrology culture, metrology science popularization and science and innovation education practice.   CIQTEK New Metrology Science Museum (Rendering)   With the design concept and the innovative form of science popularisation combining experience and immersion as the distinctive features, the base will strive to become a first-class and distinctive modern metrology science museum in the future.