CIQTEK High-Speed SEM Makes Waves at 16th ASEM Workshop
CIQTEK High-Speed SEM Makes Waves at 16th ASEM Workshop
April 23, 2026
At the 16th ASEM Workshop in Austria, CIQTEK demonstrated that researchers no longer have to choose between imaging speed and high resolution. Our latest breakthrough in High-Speed Scanning Electron Microscopy (SEM) allows for incredibly detailed imaging at low voltages, making massive-scale projects faster and more accurate than ever before.
A Gathering of Great Minds in Austria
The 16th ASEM Workshop recently wrapped up at the Institute of Science and Technology Austria (ISTA), and what an event it was! Held from April 20th to 21st, this workshop is the place to be for anyone serious about electron microscopy in Europe. The air was buzzing with talk about the next generation of imaging, and the CIQTEK team was right in the middle of it.
The Talk Everyone Was Discussing
One of the most talked-about moments of the event was a technical session led by CIQTEK’s own Dr. Fenfa Yao. His presentation, titled "Unlocking the Power of Unique High-Speed Scanning Electron Microscopy with No Compromise of Superb Imaging Resolution at Low kV for Large Scale Volume Microscopy Applications," hit a nerve with the crowd for all the right reasons.
Dr. Yao tackled a problem that has frustrated scientists for years. Traditionally, if you wanted to scan a large volume of a sample, you either had to go slow to keep the quality high or speed up and lose the fine details. By focusing on "Low kV" (low accelerating voltage) imaging, Dr. Yao showed how CIQTEK has cracked the code. We can now produce crystal-clear images at high speeds without damaging sensitive samples.
Why "Low kV" is a Big Deal
For many in the audience, the real "aha!" moment came when seeing the results of CIQTEK’s high-speed imaging. Imaging at low voltages is crucial because it helps protect samples from beam damage, especially in life sciences or delicate material research. Dr. Yao explained how our technology maintains superb resolution even when the clock is ticking, which is a total lifesaver for large-scale volume microscopy.
More Than Just Technology: It is About People
While the technical sessions were a hit, the highlight for our team was at the CIQTEK booth. It felt like a reunion! We were thrilled to see so many familiar faces: long-time partners and loyal clients who came by to say hello and see what we have been working on lately.
The conversations were not just about specs and numbers. We talked about real-world challenges, shared ideas for future research, and got some fantastic feedback on our HEM6000 series. It is these human connections that drive us to keep innovating.
Looking Ahead
As the ASEM Workshop comes to a close, we are heading back to the office with a lot of inspiration. The positive energy from the attendees and the great response to Dr. Yao’s talk confirm that we are on the right track. We are committed to making high-performance microscopy tools that are not only powerful but also practical for scientists everywhere.
If you missed us in Austria, do not worry! You can explore our full range of high-speed SEM solutions right here on our website. We are always happy to chat about how our tech can help your specific research goals.
Fácil de usar Filamento de tungsteno compacto Microscopio electrónico de barrido El Microscopio SEM CIQTEK SEM2100 Presenta un proceso operativo simplificado y su interfaz de usuario se ajusta a los estándares de la industria y a los hábitos de los usuarios. A pesar de su minimalista interfaz de software, ofrece funciones automatizadas integrales, herramientas de medición y anotación, gestión de posprocesamiento de imágenes, navegación óptica de imágenes y mucho más. El diseño del SEM2100 plasma a la perfección la idea de "Simplicidad sin sacrificar la funcionalidad".
Ultraalta resolución Microscopio electrónico de barrido con filamento de tungsteno El CIQTEK SEM3300 Microscopio electrónico de barrido (SEM) Incorpora tecnologías como la óptica electrónica de "supertúnel", detectores de electrones en la lente y lentes de objetivo compuestas electrostáticas y electromagnéticas. Al aplicar estas tecnologías al microscopio de filamento de tungsteno, se supera el límite de resolución de este tipo de microscopio electrónico de barrido (MEB), lo que permite realizar análisis de bajo voltaje que antes solo se podían realizar con MEB de emisión de campo.
Georgia + Microscopio electrónico de barrido con emisión de campo de haz de iones enfocado El Microscopio electrónico de barrido de haz de iones enfocado CIQTEK DB550 (FIB-SEM) Cuenta con una columna de haz de iones enfocado para nanoanálisis y preparación de muestras. Utiliza tecnología de óptica electrónica de "supertúnel", baja aberración y diseño de objetivo no magnético, además de la característica de "bajo voltaje y alta resolución" que garantiza sus capacidades analíticas a escala nanométrica. Las columnas de iones facilitan una Ga + Fuente de iones metálicos líquidos con haces de iones de alta estabilidad y calidad para garantizar la nanofabricación. La DB550 es una estación de trabajo integral de nanoanálisis y fabricación con un nanomanipulador integrado, un sistema de inyección de gas y una interfaz gráfica de usuario intuitiva.
¡No dude en contactarnos para obtener más detalles, solicitar una cotización o reservar una demostración en línea! Le responderemos tan pronto como podamos.
¡No dude en contactarnos para obtener más detalles, solicitar una cotización o reservar una demostración en línea! Le responderemos tan pronto como podamos.