May 2025 Advancing microfluidic flow control: A game-changer in microfluidics Congratulations to Dr. Liviu Clime and his team for pushing the boundaries of microfluidic technology! Their latest publication unveils a groundbreaking approach to fluid handling, setting new standards in precision, automation, and efficiency. Their work highlights the importance of microfluidic flow control and its applications in [...] Read more
Mar 2025 Launch of the new LSPone series: Precision microfluidics At Advanced Microfluidics, we are excited to announce the launch of our new LSPone series, Laboratory Programmable Syringe Pump, a breakthrough range designed for the evolving world of industrial microfluidics. This new series brings together our [...] Read more
Mar 2025 Precision pump: Advancing super-resolution glycotyping research At AMF, we are always thrilled to see our precision-engineered microfluidic components enabling cutting-edge scientific research. We extend our congratulations to Marrit M. E. Tholen and her team for their recent publication in Communications Biology, where they introduce Lectin-PAINT, a super-resolution imaging [...] Read more
Feb 2025 AMF to Attend the Microfluidics Consortium 2025 Meeting in Lausanne We are thrilled to announce that AMF will be attending the highly anticipated Microfluidics Consortium 2025 Meeting in Lausanne, Switzerland, on April 8-9, 2025. This two-day event, hosted at the renowned AGORA Cancer Research Center, will bring together thought leaders, researchers, and innovators [...] Read more
Feb 2025 Join AMF at the IPGG Platform User’s Day in Paris in March AMF will be attending the second edition of the Platform User's Day, taking place on March 19, 2025, at the IPGG Auditorium in Paris. This event, organized by the Pierre-Gilles de Gennes Institute, promises to bring together innovators, scientists [...] Read more
Feb 2025 Microfluidic sample preparation: Innovating in protein isolation for multi-stage characterization The study introduces a novel microfluidic-based method called MISO (Microfluidic Isolation), designed to streamline the protein purification process for cryo-electron microscopy (cryo-EM). Traditionally, cryo-EM grid preparation requires [...] Read more
