Welcome to the forefront of microfluidic innovation. Whether optimizing fluid dynamics in new devices, redesigning existing systems for enhanced efficiency, or transforming fresh ideas into tested realities, our engineering team is here to assist.
Explore our dual approach with Fluidic and Function custom solutions, designed for seamless integration and standalone functionality. Discover how we can tailor to your specifications by clicking through to your area of interest.
Custom components
Custom systems
Our journey with you begins at concept and doesn’t end until mass production. Specializing in unique microfluidic experiments, we bring unparalleled customization from initial design to full-scale production. With cutting-edge manufacturing like 5-axis CNC machining, we ensure smooth, precise fluidic control in every design. Our rigorous quality control ensures excellence at every stage, leading to robust, reliable microfluidic components ready for the market. Let’s transform your ideas into reality, advancing microfluidics together.
Each microfluidic experiment is unique and calls for a tailored fluid handling solution.
We’ve successfully created fluidic systems with various features, including chambers, cells, and layered valves for technologically advanced commercial instruments. Our custom products, built with precise channel structures and robust machining processes, have been used for a variety of applications.
Our state-of-the-art fabrication techniques using notably 5-axis CNC machines, allow us to provide optimal surface finish, ensuring your fluidic operations to remain smooth as it gets. Reach out to us today and let’s discuss how we can bring your fluidic system ideas to life with our custom device design and manufacturing expertise
All Advanced Microfluidics manufactured components go through extensive quality control :
Automatic, robust microfluidic systems are what we do, and we’ve proven our expertise time and again.
Experience seamless scaling of your custom microfluidic devices. Benefit from our efficient manufacturing process, delivering short lead times without compromising on quality. We specialize in turning your unique concepts into optimized, high-performance solutions. From initial idea to finished product, our state-of-the-art techniques ensure precision and reliability in every unit. Let’s make together the future of mass-produced microfluidics.
Explore our bespoke fluidic solutions tailored for seamless integration into your existing systems. We specialize in creating custom valves, components, and new connections, all designed for your tailoring needs (from proof-of-concept to mass production). Learn how our tailored approach has revolutionized laboratory setups by addressing unique fluidic challenges, optimizing operational flow, and enhancing overall system functionality.
This innovative valve system is designed for complex experiments requiring high-throughput fluid handling. It enables efficient recirculation and distribution of various fluids simultaneously, optimizing laboratory workflow and enhancing experimental outcomes.
Tailored for precision and versatility, this valve allows seamless switching between different fluid paths, ensuring accurate distribution and control in your microfluidic setups, ideal for diverse applications from diagnostics to chemical analysis.
At AMF, we understand that the journey from a novel idea to a fully operational product is multifaceted and unique for each innovation. To meet these diverse needs, we’ve developed a specialized lineup of OEM microfluidic rotary valve instruments: the P-201, P-211, and P-221. Each product is designed to support different stages of development and industrialization, ensuring that no matter where you are in your project lifecycle, you have the right tools to succeed.
Tailor your microfluidic systems for specific functions like continuous flow and multiplexing. Our engineering expertise ensures seamless integration into your devices or autonomous standalone operation, complete with software solutions. Explore how our function-focused approach transforms experimental capabilities.
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