19.-20.05.2026
Berlin, Germany

Microfluidics and Microfabrication

The BioCHIP Berlin Forum returns for its 6th annual edition in 2026, showcasing the latest fabrication methodologies for microfluidic systems and related microsystems, along with emerging applications. This sector-focused event brings together scientists, engineers, manufacturers, and end-users to foster interdisciplinary dialogue, driving advancements across the microfluidic technology value chain and enhancing translational applications.

Vertical & Sector Focus

Focal Topics

  • Innovations in Microfluidic Fabrication: Showcase cutting-edge microfabrication technologies for microfluidic and related microsystems, micro/nanoscale structure design, and AI-driven R&D methods.
  • Microfluidic Platforms and Technologies: Highlight microfluidic systems and components, droplet microfluidics, integrated with imaging, sensing, and automation technologies.
  • Advanced Materials: State-of-the-art materials for microfluidics, including functional polymers, biocompatible and nanomaterials, and hybrids.
  • Custom Solutions and Contract Manufacturing: Versatile manufacturing services for custom development, design, prototyping, integration, and contract manufacturing.
SPECIAL TRACK

Flow Simulation in Microfluidic Systems

Hosted by Flow3D GmbH, Germany | Join us to discover how simulations can optimize microfluidic system designs—before a single prototype is built. A must-attend for anyone developing next-generation microfluidic devices.

SPECIAL TRACK

Disease Modeling

Highlighting disease-on-chip and advanced in vitro models, this conference showcases innovations, development strategies, and fosters collaboration, commercialization, and real-world translation.

SPECIAL TRACK

High-Speed Imaging

Hosted by SinceVision, China | In this session, we will present high-speed imaging approaches for visualizing rapid flow dynamics such as droplet formation, multiphase interactions, and micro-jet behavior. In addition, sCMOS-based imaging techniques will be introduced for applications including fluorescence imaging and live-cell observation in microfluidic environments.