Achieve superior SEM imaging with broad ion beam milling, a contact-free technique that eliminates artifacts and improves surface quality for accurate analysis.
Broad ion beam milling with Hitachi systems ensures precise, stress-free sample preparation for SEM, enhancing results in materials science and nanotechnology.
Discover how DNA origami is reshaping biomedical research. From biosensing and virus trapping to enzyme engineering and targeted drug delivery, scientists are folding DNA into powerful nanostructures with extraordinary potential.
By Dr. Priyom Bose
3 Oct 2025
Explore how phonons in nanostructures shape thermal transport and advance thermoelectric materials.
AZoNano presents a step-by-step guide to photolithography, highlighting the key steps involved.
By Cvetelin Vasilev
29 Sep 2025
Nanotechnology plays a transformative role across industries, enhancing manufacturing precision, advancing regenerative medicine, miniaturizing electronics, and supporting environmental sustainability through innovative materials and nanoscale techniques.
By Ibtisam Abbasi
25 Sep 2025
Quantum dots have been key to advancing the field of optoelectronics. From the foldable, rollable screens to ultra-efficient smartphones, how does this nanotechnology work?
By Ibtisam Abbasi
23 Sep 2025
Genizer's high-pressure homogenization systems are designed for scalability, supporting transitions from research to full-scale manufacturing seamlessly.
Explore how PiF-IR, PiFM, and other spectroscopic techniques reveal the nanoscale structure of polyethylene.
How scanning electron microscopy (SEM) provides nanoscale insights into morphology, particle size, surface features, and crystallinity of nanomaterials. It highlights principles, imaging capabilities, applications across diverse nanostructures, and recent advances that expand SEM’s role in research.
By Atif Suhail
16 Sep 2025