Meet CIQTEK at Experimental Nuclear Magnetic Resonance Conference ENC 2026 in Asilomar, California
Meet CIQTEK at Experimental Nuclear Magnetic Resonance Conference ENC 2026 in Asilomar, California
February 11, 2026
April 12–16, 2026 | Asilomar Conference Grounds, Pacific Grove, CA
CIQTEK is excited to join the 67th Experimental Nuclear Magnetic Resonance Conference (ENC 2026) this April in beautiful Asilomar, California.
ENC remains one of the most important annual gatherings for the NMR community, bringing together researchers, instrument experts, and industry partners to exchange ideas, share new developments, and discuss the future of magnetic resonance technologies.
Meet Us at the Evergreen Hospitality Suite
During the conference, the CIQTEK NMR & EPR team will be welcoming attendees at the Evergreen Hospitality Suite, where we invite friends and colleagues to drop by for relaxed conversations after conference sessions.
Every evening after 7:00 PM, we’ll be hosting guests with drinks and light snacks, creating a casual space to connect, discuss research challenges, and explore new ideas together.
We’ll also be bringing special CIQTEK giveaways, and guests are welcome to join small interactive games and discussions at the suite for a chance to win prizes.
Whether you want to talk technology, applications, or simply unwind after a full day of sessions, you are warmly invited to join us.
Discover CIQTEK Magnetic Resonance Solutions
At ENC 2026, our team will introduce visitors to CIQTEK's growing magnetic resonance portfolio, designed to support both research institutions and industrial laboratories.
CIQTEK provides NMR solutions suited for education, routine analysis, and research environments, helping laboratories improve efficiency while maintaining reliable performance for chemical and materials analysis.
For laboratories looking to extend the life of existing systems, CIQTEK also offers NMR upgrade and modernization solutions, helping users improve performance and usability without replacing entire systems.
Our EPR spectrometers support research in free radicals, materials science, chemistry, and related fields, offering practical and reliable solutions for modern laboratories.
CIQTEK also supports laboratories seeking to upgrade or modernize existing EPR systems, improving stability, functionality, and user experience while protecting previous investments.
Let's Connect at ENC 2026
ENC is always a great opportunity to reconnect with the magnetic resonance community, meet new researchers, and discuss how technology continues to evolve with user needs.
If you are attending ENC 2026, we’d love to meet you. Stop by the Evergreen Hospitality Suite after 7 PM, enjoy a drink, and chat with the CIQTEK team.
X-Band Benchtop Electron Paramagnetic Resonance Spectrometer The CIQTEK EPR200M is a newly designed benchtop EPR spectrometer specializing in the qualitative and quantitative analysis of free radicals, transition metal ions, material doping and defects. It is an excellent research tool for real-time monitoring of chemical reactions, in-depth evaluation of material properties, and exploration of pollutant degradation mechanisms in environmental science. The EPR200M adopts a compact design and highly integrates the microwave source, magnetic field, probe, and main controller, ensuring sensitivity and stability while being compatible with diverse experimental needs. The user-friendly interface allows even first-time users to start quickly, making the EPR instrument truly easy to use. ★ Email our experts for custom solutions, quotes, or detailed brochures: info@ciqtek.com
The CIQTEK CAN600 is a next-generation intelligent liquid-state nuclear magnetic resonance (NMR) spectrometer, equipped with an ultra-shielded, ultra-homogeneous 600 MHz superconducting magnet, an advanced distributed system architecture with a modular integrated console, and high-sensitivity, fully automated tuning probes. The CAN600 features highly integrated transceiver RF channels, enabling multi-receiver experiments. Its novel design supports rapid tuning and shimming, significantly reducing the time required for experiment setup. Accessories such as the intelligent control touchscreen expand the system’s management, allowing users to monitor instrument status and control sample access directly via touch, enhancing the flexibility of NMR experiments. By combining high-performance hardware with intelligent software, CAN600 delivers a more reliable and user-friendly NMR platform for researchers.
The CIQTEK CAN400 is an intelligent liquid-state nuclear magnetic resonance (NMR) spectrometer. The spectrometer system consists of a superconducting magnet with ultra-high homogeneity and ultra-shielding, a multifunctional intelligent console, and a high-sensitivity fully automated tuning probe, along with other modules. CAN400 can include multiple highly integrated RF transceivers. The improved design enhances the performance of tuning, shimming, and auto sample changing, reducing experimental time. Accessories such as the intelligent touchscreen expand the management interface of the NMR system. Sample insertion and ejection can be controlled and monitored via a touchscreen, elevating the flexibility of various experiments. CAN400 combines high-performance hardware and intelligent software, providing users with a more reliable and convenient NMR experimental platform.
The CIQTEK EPR300 Electron Paramagnetic Resonance (EPR) Spectrometer incorporates the latest microwave technology and an ultra-high-performance signal processing unit, significantly enhancing detection sensitivity and signal-to-noise ratio to an unprecedented level. It enables precise detection and analysis of unpaired electron signals even at extremely low spin concentrations, providing a novel approach for exploring microscopic physical and chemical properties of low-concentration substances such as free radicals and metal ions. Additionally, the EPR300 supports easy upgrades from X Band to Q Band, achieving higher g-value resolution, which is advantageous for detecting anisotropic samples. The EPR300 establishes a solid experimental foundation for cutting-edge research in life sciences, materials science, chemistry, and physics, driving scientific discoveries to new milestones.