10.-11.06.2026
Berlin, Germany

Microfluidics and Microfabrication

The microfluidics industry is rapidly evolving, with constant pressure to innovate and optimize manufacturing processes. BioCHIP Berlin aims to showcase the latest fabrication techniques for microfluidic platforms, with a strong focus on current practices, emerging innovations, and process enhancements. This dynamic forum brings together scientists, engineers, manufacturers, and end-users to explore state-of-the-art solutions in microfabrication.

Join us for an engaging mix of hands-on technical sessions, product demonstrations, and opportunities to share challenges and collaborate on solutions that drive the field forward.

Vertical & Sector Focus

Focal Topics

  • Innovations in Microfluidic Fabrication: Showcase cutting-edge microfabrication methods driving the evolution of microfluidic systems, including breakthroughs in lithography, high-resolution 3D microprinting, precision molding, injection molding, micromilling, and hybrid fabrication techniques.
  • Integrated Microfluidic Platforms and Technologies: Highlight advanced microfluidic systems, devices, and components, featuring cutting-edge technologies in precision liquid handling, microscale fluid control, automated dispensing, lab automation, system integration, and emerging trends.
  • Custom and Scalable Manufacturing Solutions: Feature versatile manufacturing services tailored for microfluidics, covering rapid prototyping, bespoke fabrication, high-precision production, flexible design adaptations, and specialized contract manufacturing collaborations.
  • Collaborative Dialogue: Translating Innovations to Real-World Applications: Engage engineers, researchers, industry leaders, and end users in meaningful discussions to share insights, build partnerships, and accelerate the translation of innovative concepts into practical applications.
2025 GUEST WORKSHOP

Integrated Microfluidic Manufacturing: R2R, Injection Molding, and Content Loading Solutions

In this workshop, we explore the convergence of roll-to-roll (R2R) processing and injection molding technologies, highlighting their combined potential in advancing microfluidic consumable manufacturing. Beyond the core fabrication methods, the discussion will also address critical post-processing steps such as surface chemistry modification and content loading via dispensing technologies. We will showcase real-world product examples developed at STRATEC Consumables, in collaboration with KURZ as our manufacturing partner for roll-to-roll processing. By examining these synergies, we aim to highlight pathways toward scalable, cost-effective production of next-generation microfluidic systems.