Nanofabrication Photonics Online Meetup is a free online conference that will take place in May 16-18, 2021. Heidelberg Instruments is taking part in organizing this event in order to support the nanofabrication community and to facilitate the exchange of experience and know-how, which would help the whole field to progress. This event is open to anyone
NanoFrazor Scholar – a tabletop system for thermal scanning probe lithography – made a long journey from Zurich to the Westlake University in Hangzhou, China. Upon arrival at its destination – Dr Xiaorui Zheng’s lab of Advanced Lithography for Opto-Electronic Nanochips (ALIEN) – it was unpacked, assembled, installed and successfully tested within 24 hours. The check after unpacking
Progress in nanofabrication never stops. Tools and processes keep evolving, enabling devices that were not feasible just a few years
Heidelberg, June 9, 2021 – Heidelberg Instruments, a leading laser lithography and nanofabrication equipment manufacturer, today announced the biggest single
Heidelberg Instruments has a new digital home now. Besides refreshing the look of the website, we have introduced easier navigation
The global pandemic and home office made our life more sedentary. To counter that, the team of Heidelberg Instruments Nano
Heidelberg/Würzburg, March 30, 2021 – Multiphoton Optics GmbH has become a wholly owned subsidiary of Heidelberg Instruments Mikrotechnik GmbH. The pooling of
Nanofabrication Photonics Online Meetup is a free online conference that will take place in May 16-18, 2021. Heidelberg Instruments is taking
NanoFrazor Scholar – a tabletop system for thermal scanning probe lithography – made a long journey from Zurich to the Westlake
Researchers from Prof. Z. Lu and Prof. W. Zhang of Nanjing University in China have developed a method for deterministic assembly of nanoparticles with size under 20 nm.
“MLA300 is the most advanced tool we have ever built and the only production-ready direct-write solution for industrial microfabrication.”
A recently published paper suggests a perfect infrared absorber based on nanoscale metasurfaces made of phase-change materials.
