Fully Printed Metallic Arrays for Membraneless Particle Sieving With Hummink's NAZCA Printer
Explore Hummink's HPCaP's precise printing technology and gain insights on fast prototyping of metallic electrode arrays, designed for seamless integration into microfluidic cells.
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About the Webinar
Metallic tracks, fundamental to creating interconnections in the circuitry and electrode networks for many applications, play a crucial role in printed electronics. Printed metallic structures are made from colloidal suspensions of nano-to-micro particles. The Hummink NAZCA High Precision Capillary Printer (HPCaP) brings groundbreaking advancements to this process, offering high precision and resolution for the deposition of silver ink formulations optimized for slow drying, minimizing clogging.
In this session, Nicolas Battaglini, associate professor at Université Paris Cité, will explore Hummink's patented printing technology (HPCaP) and its main features such as ensuring optimal control of silver track dimensions and enhancing fast prototyping of metallic electrode arrays.
The HPCaP technique enables these electrodes to be produced on a micrometer scale. These structures can be integrated into microfluidic systems to capture suspended particles via dielectrophoresis, enabling membrane-free identification, sorting and filtering.
Meet the Speaker
- PhD in Material Physics, Aix-Marseille University (AMU)
- Associate Professor, Université Paris Cité
- Member of the "Bioelectronics and Smart Surfaces" team, ITODYS Lab
Audience
This webinar promises valuable insights for experts and professionals in printed electronics, material science, microfluidics, and anyone interested in state-of-the-art printing technologies.
Agenda
16:00 - 16:15 Speaker introduction
16:15 - 16:50 Webinar presentation
16:50 - 17:00 Q&A session