Welcome to Advanced Microfluidics’ comprehensive range of Liquid Handling Solutions. Our cutting-edge product lineup includes Microfluidic Electric Rotary Valve (RVM), Sequential Microdispenser (SPM), Laboratory Syringe Pump (LSPone), and accessories all designed to elevate fluidic performance in laboratories and industries. Catering to diverse needs in academia and industry, our products offer precision, reduced cross-contamination, and seamless liquid handling automation. On each product page
allows for personalized quote requests, tailored to your specific requirements. Alternatively, you can reach out through our Contact page for general inquiries or quotes.
Explore the future of fluidic handling with Advanced Microfluidics today:
Explore our comprehensive FAQ section to deepen your understanding of AMF’s range of microfluidic components. From syringe pumps to valves, our products are designed to enhance precision and efficiency in both laboratory and industrial settings. These FAQs cover key aspects such as product functionalities, integration capabilities, and our commitment to quality and certification standards. Whether you are in academic research or part of an industrial process, our tailored answers will help you grasp how AMF’s microfluidic solutions can be pivotal in advancing your work.
AMF’s microfluidic components are designed for precision in fluid handling. This precision is critical in applications requiring exact fluid volumes and flow rates, ensuring accurate results in experiments and processes. The lineup, including valves, dispensers, and pumps, integrates seamlessly into various systems, catering to the nuanced needs of both academic research and industrial applications.
These microfluidic components are engineered to reduce cross-contamination, a crucial aspect in sensitive experiments where sample integrity is paramount. By ensuring precise control and minimal carryover volumes, AMF’s products mitigate the risk of cross-contamination, enhancing the reliability of results in applications such as cell cultures, chemical analyses, and pharmaceutical testing.
AMF’s product range, including the RVM, SPM, and LSPone, offers seamless automation in liquid handling. This automation streamlines workflows, improves efficiency, and reduces manual errors in various applications, from routine laboratory procedures to complex fluidic experiments in microfluidic research and industrial settings.
Manufactured in Switzerland, AMF’s microfluidic components adhere to high-quality standards, ensuring reliability and durability. This quality assurance is vital in maintaining consistent performance across a broad spectrum of applications, including those in demanding research and industrial environments.
AMF’s microfluidic components, bearing RoHS and CE certifications, demonstrate adherence to stringent environmental and safety standards. These certifications are a testament to AMF’s commitment to quality, which is continually evolving to meet and exceed industry norms. While actively working towards further elevating their quality standards, AMF ensures that its products are not only safe and reliable but also environmentally responsible. This ongoing effort to enhance quality standards reflects AMF’s dedication to delivering top-tier, compliant microfluidic solutions to its customers.
With over 10 years of experience, AMF brings a wealth of knowledge and expertise to the field of microfluidics. This experience translates into innovative and reliable products, offering advanced solutions for fluid handling challenges in both academic and industrial contexts.
AMF is committed to short lead times, understanding the importance of timely delivery in fast-paced research and industrial projects. This focus on quick turnaround times ensures that clients can integrate these microfluidic components into their systems without significant delays, maintaining the momentum of their research and production activities.
AMF offers personalized quote requests, allowing for customization of microfluidic components to meet specific requirements. This flexibility is crucial for tailoring products to unique applications, ensuring that each component fits perfectly into the designated system and performs optimally in its intended environment.
AMF’s microfluidic components are versatile, suitable for a range of applications, including scientific research, pharmaceuticals, and industrial processes. Their precision and adaptability make them ideal for tasks like sample analysis, drug testing, and complex fluid handling in various systems.
The components are made from high-quality materials like PTFE, borosilicate glass, and silicone, ensuring durability and compatibility with a wide range of fluids. This material quality is essential for maintaining integrity and performance in diverse experimental conditions.
AMF’s products offer exceptional flow rate control, crucial for experiments requiring precise fluid volumes and delivery rates. This control is vital in applications like infusion, where accurate dosing is required.
The components are designed for easy integration with existing microfluidic systems, featuring standard port sizes and connections. This ease of integration facilitates quick setup and adaptation to various experimental setups.
These components are capable of handling high pressures, essential in applications that involve pushing fluids through small channels or dense materials, ensuring consistent and efficient operation.
AMF provides customizability in their microfluidic chips, allowing for specific designs and configurations tailored to unique experimental needs, enhancing the precision and adaptability of research.
The precision of AMF’s microfluidic components in handling samples, especially small or sensitive samples, is paramount, ensuring accurate results in experiments like cell culture and fluorescence imaging.
The syringe and peristaltic pumps offered by AMF are built for durability, ensuring a long operational life even in continuous or rigorous usage scenarios, which is crucial for regular, high-demand laboratory environments.
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