Microfluidics

About the Conference

Welcome to the 6th International Conference on Microfluidics, a premier international gathering dedicated to advancing research, innovation, and applications in the rapidly evolving field of microfluidics. Taking place in the beautiful city of Paris, France, on July 27–28, 2027, this prestigious two-day conference will bring together researchers, scientists, engineers, academics, healthcare professionals, industry experts, and technology innovators to explore the latest developments in microfluidic technologies and their applications across diverse scientific and industrial fields.

Join a global community of microfluidics researchers, lab-on-a-chip specialists, biomedical engineers, biotechnology professionals, analytical scientists, academics, and industry leaders as they share knowledge, present groundbreaking research, discuss emerging technologies, and exchange innovative approaches shaping the future of microfluidics.

Why Attend?

• Gain insights from expert-led sessions covering microfluidic devices, lab-on-a-chip technologies, microfabrication, biomedical microfluidics, and emerging microfluidic applications.
• Explore the latest developments in microfluidic engineering, droplet microfluidics, organ-on-a-chip systems, point-of-care diagnostics, and analytical microfluidics.
• Engage in meaningful discussions with global professionals working at the forefront of microfluidic research, biotechnology, healthcare, diagnostics, and engineering.
• Build valuable connections with professionals from universities, research institutions, biotechnology companies, healthcare organizations, engineering firms, and technology industries.
• Showcase your research, innovations, and technical developments through poster presentations, oral presentations, keynote sessions, and interactive scientific discussions.
• Discover emerging technologies and innovative approaches that are transforming biomedical research, diagnostics, drug development, personalized medicine, and laboratory technologies.

Who Should Participate?

• Microfluidics Researchers and Scientists
• Lab-on-a-Chip Researchers and Specialists
• Biomedical Engineers and Biotechnology Professionals
• Chemical and Mechanical Engineers
• Analytical Chemists and Scientists
• Nanotechnology and Nanofluidics Researchers
• Organ-on-a-Chip and Tissue Engineering Specialists
• Pharmaceutical and Drug Delivery Researchers
• Point-of-Care Diagnostics Professionals
• Medical Device and Healthcare Technology Experts
• Academic Professors, Researchers, and Students
• Industry Professionals and Technology Innovators
• Research Scientists and Laboratory Professionals
• Early-Career Researchers and Young Scientists

As microfluidic technologies continue to transform scientific research, healthcare, biotechnology, diagnostics, and engineering, the 6th International Conference on Microfluidics provides an excellent platform to exchange knowledge, present innovative research, explore emerging technologies, and establish valuable international collaborations.

Join us in Paris on July 27–28, 2027, where scientific innovation, advanced technology, research excellence, and global collaboration come together to shape the future of microfluidics and its expanding applications worldwide.

Call for Abstracts

We invite microfluidics researchers, scientists, engineers, academicians, biotechnology professionals, biomedical researchers, healthcare experts, and industry specialists to submit abstracts for presentation at the 6th International Conference on Microfluidics, taking place on July 27–28, 2027, in Paris, France.

This is an excellent opportunity to present innovative research, technological developments, experimental studies, novel microfluidic platforms, and impactful applications that are advancing microfluidic science, improving analytical and biomedical technologies, and enabling new solutions across healthcare, biotechnology, pharmaceuticals, and engineering.

Share your knowledge, showcase your research and technical expertise, and contribute to meaningful scientific discussions that are shaping the future of microfluidics and its diverse applications.

Abstract Categories Include:

• Microfluidics: Fundamentals and Principles
• Microfluidic Devices and Systems
• Lab-on-a-Chip Technologies
• Microfabrication and Microsystems
• Droplet-Based Microfluidics
• Digital Microfluidics
• Microfluidic Flow Control and Manipulation
• Microfluidic Sensors and Biosensors
• Biomedical Microfluidics
• Microfluidics in Diagnostics
• Point-of-Care Microfluidic Technologies
• Organ-on-a-Chip and Tissue Engineering
• Microfluidics for Drug Discovery and Development
• Microfluidic Drug Delivery Systems
• Cell Manipulation and Cell Analysis
• Microfluidics for Single-Cell Analysis
• Microfluidics in Genomics and Proteomics
• Nanofluidics and Micro–Nano Systems
• Microfluidics in Biotechnology
• Analytical Microfluidics and Chemical Analysis
• Microfluidics for Pharmaceutical Applications
• Microfluidic Systems for Personalized Medicine
• Microfluidics in Food and Environmental Applications
• Computational Microfluidics and Modeling
• Artificial Intelligence and Automation in Microfluidics
• 3D Printing and Advanced Manufacturing of Microfluidic Devices
• Wearable and Portable Microfluidic Technologies
• Emerging Trends and Innovations in Microfluidics
• Case Studies and Applied Microfluidic Research
• Interdisciplinary Applications of Microfluidics
• Student Research and Early-Career Innovations

Submission Guidelines:

• Abstracts must be written in English and structured with Background, Methods, Results, and Conclusion.
• Word limit: 250–300 words.
• All submissions must be original and unpublished at the time of submission.
• Authors may indicate their preferred presentation format: Oral Presentation, Poster Presentation, or Workshop Presentation.
• Multiple abstract submissions are welcome from individuals, institutions, and research groups.

Visa Information for Attendees

We warmly welcome all international participants to the 6th International Conference on Microfluidics, taking place in Paris, France, on July 27–28, 2027. To ensure a smooth and hassle-free travel experience, we strongly recommend that attendees begin their visa application process well in advance of the conference dates.

Early preparation will help minimize potential delays and ensure you have sufficient time to complete all required travel and visa documentation.

Do You Need a Visa to Enter France?

Participants traveling from non-Schengen countries may need to obtain a short-stay Schengen visa to attend the 6th International Conference on Microfluidics in Paris. Visa requirements vary according to nationality and individual circumstances. We recommend checking with the nearest French Embassy or Consulate for the most accurate and up-to-date information.

Steps to Apply for a Schengen Visa for France

1. Check Visa Requirements

Visit the official France-Visas portal to determine whether you require a visa and review the documentation required for your application.

2. Gather Required Documents

• A valid passport with sufficient validity beyond your intended stay
• Completed visa application form
• Proof of accommodation
• Travel medical insurance
• Flight itinerary or travel reservation
• Official conference invitation letter
• Proof of sufficient financial means
• Any additional documents requested by the French authorities

3. Request an Invitation Letter

After completing your conference registration, eligible participants may request an official invitation letter from the conference organizers. When requesting the letter, please provide your full name, passport details, and registration confirmation as required.

4. Schedule a Visa Appointment

Book an appointment with the appropriate French Embassy, Consulate, or authorized visa application center in your country. As processing times can vary, we recommend scheduling your appointment as early as possible.

5. Attend the Visa Appointment

Submit your completed application and supporting documents and provide biometric information, including fingerprints and a photograph, when required. Additional documentation or information may be requested by the visa authorities.

Important Notes

• The conference organizers are not authorized to influence or intervene in visa decisions. However, we will be pleased to provide eligible registered participants with the necessary official documentation to support their visa application.
• Visa processing times vary depending on the applicant's country, individual circumstances, and time of year. Applicants should check the latest processing information with the relevant French authorities.
• Please ensure that your visa, if required, covers the entire period of your intended stay in the Schengen Area, including your conference dates and travel period.
• Visa approval is solely determined by the relevant French immigration and consular authorities.
• Participants are responsible for ensuring that they meet all applicable French and Schengen entry requirements before traveling.

Need Assistance?

For visa-related inquiries or assistance with obtaining your official conference invitation letter, please contact the conference support team. We will be happy to guide you regarding the available conference documentation and registration requirements.

We look forward to welcoming you to Paris on July 27–28, 2027, for the 6th International Conference on Microfluidics, where researchers, scientists, engineers, academics, healthcare professionals, and industry experts will come together to share knowledge, exchange ideas, and explore the latest innovations shaping the future of microfluidics.

Here is the Visa Information for Attendees adapted for the 6th International Conference on Microfluidics – July 27–28, 2027, Paris, France.

Sessions & Tracks

Microfluidic Fundamentals, Fluid Dynamics & Transport Phenomena

This track addresses the fundamental principles governing fluid behavior at the microscale, including laminar flow, diffusion, advection, interfacial phenomena, capillary forces, surface tension, and mass and heat transfer. Sessions will explore theoretical frameworks, experimental investigations, and computational approaches that contribute to the understanding and optimization of microscale fluidic systems.

Microfluidic Device Design, Engineering & Integration

This track focuses on the design, development, and integration of advanced microfluidic devices and systems. Topics include microchannels, pumps, valves, mixers, flow regulators, microreactors, actuators, and integrated fluidic architectures. Particular emphasis will be placed on device optimization, functional integration, system reliability, scalability, and application-driven engineering.

Lab-on-a-Chip & Micro Total Analysis Systems

Lab-on-a-chip and micro total analysis systems integrate multiple laboratory functions within compact microscale platforms. Sessions will address sample preparation, fluid manipulation, separation, amplification, reaction, detection, and data analysis. Applications in clinical diagnostics, biotechnology, environmental monitoring, pharmaceutical research, and decentralized testing will also be explored.

Microfabrication, Materials & Surface Engineering

Advanced materials and fabrication technologies are fundamental to the development of high-performance microfluidic platforms. This track covers photolithography, soft lithography, micro-machining, laser processing, additive manufacturing, 3D printing, surface modification, and emerging fabrication methodologies. Discussions will examine polymers, glass, silicon, paper-based materials, nanomaterials, and other functional substrates used in microfluidic applications.

Droplet-Based & Digital Microfluidics

This track examines the controlled generation, manipulation, transport, merging, splitting, and sorting of discrete droplets. Topics include droplet microfluidics, electrowetting, digital microfluidics, multiphase flows, droplet-based reactions, and high-throughput screening. Applications in chemical synthesis, diagnostics, drug discovery, biotechnology, and single-cell analysis will be highlighted.

Biomedical Microfluidics & Bioengineering

Biomedical microfluidics provides innovative platforms for addressing complex challenges in healthcare and life-science research. Sessions will cover microfluidic systems for biological sample processing, biomarker detection, cell manipulation, disease modeling, therapeutic development, and biomedical analysis. The track will emphasize translational technologies with potential applications in diagnostics, research, and personalized healthcare.

Microfluidic Diagnostics, Biosensors & Point-of-Care Technologies

This track focuses on the development of rapid, sensitive, and miniaturized diagnostic technologies. Topics include microfluidic biosensors, molecular diagnostics, immunoassays, nucleic-acid detection, biomarker analysis, infectious disease diagnostics, and point-of-care testing. Sessions will address analytical performance, portability, affordability, automation, and clinical translation.

Organ-on-a-Chip, Tissue Engineering & Disease Modeling

Organ-on-a-chip technologies provide physiologically relevant microscale models for studying human tissues and organs. This track explores microengineered tissue models, vascularized systems, cell–cell interactions, mechanical stimulation, disease modeling, toxicity assessment, and drug-response studies. Emphasis will be placed on advancing human-relevant experimental platforms for biomedical and pharmaceutical research.

Microfluidics for Drug Discovery, Pharmaceutical Development & Delivery

Microfluidic technologies are increasingly being adopted throughout the pharmaceutical development pipeline. Sessions will cover drug screening, formulation, crystallization, nanoparticle synthesis, controlled release, drug encapsulation, and targeted delivery. Discussions will highlight the potential of microfluidics to improve experimental throughput, reproducibility, formulation control, and personalized therapeutic strategies.

Cell Sorting, Manipulation & Single-Cell Analysis

Microfluidic platforms enable precise manipulation and characterization of individual cells and cellular populations. Topics include cell isolation, sorting, trapping, enrichment, counting, culture, and phenotypic analysis. Applications in cancer research, immunology, stem cell biology, reproductive medicine, developmental biology, and precision medicine will be discussed.

Microfluidic Biosensing, Bioanalysis & Molecular Diagnostics

This track focuses on integrated microfluidic systems for sensitive biological and molecular detection. Topics include electrochemical, optical, electrical, plasmonic, and nanomaterial-enabled biosensors, as well as nucleic-acid and protein analysis. Sessions will explore strategies for improving sensitivity, specificity, multiplexing, real-time monitoring, and analytical reliability.

Nanofluidics & Micro–Nano Integrated Systems

Nanofluidics investigates fluid transport and molecular phenomena at nanoscale dimensions. This track covers nanopores, nanochannels, molecular transport, nanoscale confinement, electrokinetic phenomena, and integrated micro–nano systems. Applications in biosensing, molecular analysis, energy technologies, and advanced separation systems will be addressed.

Microfluidics in Biotechnology, Genomics & Proteomics

This track explores the application of microfluidic technologies to modern biotechnology and molecular sciences. Topics include genomics, proteomics, transcriptomics, DNA and RNA analysis, protein characterization, synthetic biology, molecular diagnostics, and high-throughput biological screening. Sessions will highlight the role of microfluidics in miniaturization, automation, and scalable biological experimentation.

Analytical Microfluidics, Separation & Chemical Analysis

Analytical microfluidics provides efficient platforms for chemical and biochemical analysis using minimal sample and reagent volumes. Sessions will address microfluidic separation, electrophoresis, chromatography, chemical reactions, sample preparation, and integrated detection methodologies. Applications across pharmaceutical, environmental, food, forensic, and industrial analysis will be explored.

Computational Microfluidics, Simulation & Multiphysics Modeling

Computational modeling provides critical insights into the behavior and optimization of microfluidic systems. This track covers computational fluid dynamics, numerical simulation, multiphysics modeling, transport phenomena, electrokinetic systems, and predictive design methodologies. Sessions will demonstrate how computational approaches can support device development, performance optimization, and experimental validation.

Artificial Intelligence, Machine Learning & Automation in Microfluidics

The integration of artificial intelligence and automation is enabling increasingly intelligent and autonomous microfluidic platforms. Topics include machine learning, automated experimentation, computer vision, image-based analysis, predictive modeling, robotic fluid handling, intelligent process control, and autonomous laboratory systems. The track will examine opportunities for improving efficiency, reproducibility, and data-driven decision-making.

Additive Manufacturing, 3D Printing & Advanced Microfabrication

Emerging manufacturing technologies are expanding the design capabilities of microfluidic systems. This track explores additive manufacturing, high-resolution 3D printing, rapid prototyping, multi-material fabrication, and advanced manufacturing strategies. Sessions will examine fabrication of complex geometries, customization, scalability, material compatibility, and integration of functional components.

Wearable, Flexible & Portable Microfluidic Systems

Wearable and portable microfluidic technologies enable decentralized and continuous monitoring of physiological and environmental parameters. Topics include wearable biosensors, sweat analysis, flexible microfluidics, paper-based devices, portable diagnostics, and real-time monitoring platforms. Applications in personalized medicine, sports science, remote healthcare, and preventive health will be discussed.

Microfluidics for Personalized & Precision Medicine

Microfluidic technologies have significant potential to support patient-specific diagnosis and treatment strategies. This track focuses on patient-derived sample analysis, biomarker profiling, drug-response testing, liquid biopsy, disease modeling, and individualized therapeutic assessment. Sessions will explore the role of microfluidics in advancing precision medicine and patient-centered healthcare.

Environmental, Food & Industrial Microfluidics

Microfluidic technologies are increasingly being applied beyond biomedical research. This track addresses environmental monitoring, water-quality assessment, pollutant detection, food safety, pathogen identification, industrial process monitoring, and chemical analysis. Discussions will focus on developing rapid, sensitive, portable, and cost-effective microfluidic solutions for real-world applications.

Emerging Technologies, Translational Research & Future Directions

This track provides a platform for presenting emerging concepts and transformative developments in microfluidics. Topics may include next-generation materials, intelligent microfluidic systems, advanced biosensing platforms, autonomous laboratories, novel manufacturing approaches, and interdisciplinary technologies. Sessions will emphasize translational research and the advancement of microfluidics from laboratory-scale innovation toward practical and scalable applications.

Case Studies, Applied Research & Microfluidic Innovations

This track welcomes high-impact case studies, application-driven research, novel device demonstrations, and successful implementation of microfluidic technologies. Presentations may address challenges encountered during development, experimental validation, system optimization, and real-world deployment. The track aims to facilitate knowledge exchange between researchers, engineers, academics, clinicians, and industry professionals while highlighting practical advances in the field.

Market Analysis

The global market for microfluidic technologies, lab-on-a-chip systems, microfluidic devices, biosensors, point-of-care diagnostics, and microfluidic-based analytical platforms is experiencing significant growth, driven by increasing demand for miniaturized technologies, rapid diagnostics, personalized medicine, pharmaceutical innovation, biotechnology research, and advanced laboratory automation. These developments strongly align with the objectives of the 6th International Conference on Microfluidics, which will be held in Paris, France, on July 27–28, 2027.

Microfluidics has emerged as an important enabling technology across healthcare, biotechnology, pharmaceuticals, diagnostics, chemical analysis, environmental monitoring, and research laboratories. The ability to manipulate very small volumes of fluids with high precision enables reduced reagent consumption, faster analysis, compact device architectures, improved automation, and enhanced analytical performance. These advantages are contributing to the expanding adoption of microfluidic technologies across both research and commercial applications.

The growing demand for rapid, decentralized, and point-of-care diagnostic technologies is one of the major factors supporting the development of the microfluidics sector. Microfluidic platforms are increasingly being investigated and commercialized for infectious disease detection, molecular diagnostics, biomarker analysis, immunoassays, and portable diagnostic systems. The increasing emphasis on accessible healthcare and rapid clinical decision-making is creating opportunities for innovative microfluidic diagnostic solutions.

At the same time, the pharmaceutical and biotechnology industries are increasingly adopting microfluidic technologies for drug discovery, drug screening, pharmaceutical formulation, nanoparticle synthesis, controlled drug delivery, and biological analysis. Microfluidic systems can facilitate high-throughput experimentation while requiring smaller quantities of samples and reagents. These capabilities are supporting the development of more efficient research workflows and advanced pharmaceutical technologies.

The rapid expansion of personalized and precision medicine is further increasing interest in microfluidic platforms. Technologies capable of analyzing patient-derived samples, biomarkers, cells, and molecular information at high sensitivity are becoming increasingly important in modern biomedical research. Microfluidics is being explored for applications including liquid biopsy, single-cell analysis, drug-response testing, disease modeling, and patient-specific diagnostic and therapeutic strategies.

The development of organ-on-a-chip and tissue-on-a-chip technologies is also creating new opportunities within the microfluidics ecosystem. These platforms provide controlled microscale environments for studying cellular behavior, tissue responses, disease mechanisms, drug efficacy, and toxicity. Increasing interest in human-relevant experimental models is supporting research and investment in microengineered biological systems for pharmaceutical and biomedical applications.

Technological advances in microfabrication, nanotechnology, 3D printing, advanced materials, surface engineering, and sensor technologies are further expanding the capabilities of microfluidic devices. The availability of new fabrication techniques is enabling the development of increasingly complex, integrated, customized, and scalable microfluidic platforms. These innovations are helping researchers and manufacturers address technical challenges associated with device performance, reproducibility, integration, and commercial production.

The integration of artificial intelligence, machine learning, automation, robotics, and digital technologies is creating another important growth area. Intelligent microfluidic systems can support automated experimentation, image analysis, process optimization, predictive modeling, and real-time decision-making. The convergence of microfluidics with computational technologies is contributing to the development of smarter, more efficient, and increasingly autonomous laboratory platforms.

Microfluidics is also expanding into environmental monitoring, food safety, chemical analysis, agriculture, and industrial applications. Portable microfluidic systems can provide rapid analysis of contaminants, pathogens, chemicals, and other target compounds while reducing sample and reagent requirements. Such applications demonstrate the potential of microfluidics to address challenges beyond traditional biomedical and laboratory environments.

The global microfluidics ecosystem is supported by collaboration among universities, research institutions, biotechnology companies, pharmaceutical organizations, medical device manufacturers, diagnostic companies, engineering firms, and technology developers. These partnerships facilitate technology transfer, product development, interdisciplinary research, commercialization, and the translation of laboratory innovations into practical applications.

The continued evolution of the microfluidics market highlights the importance of research and development, technological innovation, interdisciplinary collaboration, commercialization, and knowledge exchange. The 6th International Conference on Microfluidics provides an important international platform for researchers, scientists, engineers, academics, healthcare professionals, industry leaders, and technology innovators to present research, explore emerging market opportunities, discuss technological developments, establish collaborations, and contribute to the advancement of microfluidic science and its expanding global applications.