Microfluidic Systems
Microfluidic Systems enable the precise control and analysis of small liquid volumes for a broad range of laboratory applications.
Microfluidic Systems
Microfluidic Systems enable the precise control and analysis of small liquid volumes for a broad range of laboratory applications.
Suppliers
The following suppliers offer Microfluidic Systems products. Use the overview to compare suitable companies, brands and related product categories and send a direct request.
No suppliers found.
You can send a request to the suppliers listed above and save time. Describe your requirements and the request will be forwarded to the selected suppliers. They will contact you with suitable proposals without any obligation.
Guide and selection support
Microfluidic Systems are used in research and process development to control microchannels and achieve highly accurate fluid dosing. They are applied in biotechnology, chemistry, and analytics, supporting various offline and online analyses. Selection depends on target fluid volumes, intended applications, and compatibility with existing lab equipment. Other key considerations include fluid properties and the required degree of automation. LabFinder supports systematic decision-making with clear product categories, technical data, and filtering options, so users can efficiently compare and choose suitable microfluidic systems.
Use and benefits
Microfluidic Systems enable precise control and analysis of liquids in the micro- to nanoliter range. They allow accurate handling of fluids within microchannels, integration of sensor technologies, and automation of process steps. Typical use cases include biotechnology, molecular biology, diagnostics, chemistry, and environmental analysis. Applications cover lab-on-a-chip testing, cell culture mixing, reagent handling, and the development of new microfluidic applications.
Selection criteria
Important factors when choosing Microfluidic Systems include the volume of liquids to be managed, the intended laboratory tasks, compatibility with existing lab hardware and software, and chemical resistance. The required accuracy in fluid handling and automation functions should also be evaluated. System modularity and availability of accessories are essential to ensure flexibility and adaptability for laboratory needs.
Variants and measurement principles
Microfluidic Systems vary by design and function, including closed chip systems, open microchannels, or modular platforms. Control mechanisms typically use pressure, electric fields, or mechanical pumps. Measurement principles may be optical, electrochemical, or mechanical, depending on the application. Integration of sensors and automation of sample handling are common features in advanced systems.
Calibration and maintenance
Routine maintenance ensures reliable performance and system longevity. This includes cleaning microchannels, inspecting seals, and calibrating measurement components. The quality of system materials and manufacturing is especially important when working with biological or aggressive substances.
Application limits
Although Microfluidic Systems offer high-precision operation, their use is limited to defined liquid types and volumes. Highly viscous or complex fluids can restrict performance. Additionally, specialized components such as chips or pumps are often supplied separately, requiring integration. System use may also be limited by the complexity of applications or the processing speed needed.
Search terms and related terms
Microfluidics, microfluidic device, microfluidic platform, microfluidic instrument, microfluidic module, lab-on-a-chip, fluid control, microchannels, microfluidic measurement technology, fluid integration, microvolume liquids, miniaturized fluidics.
Also known as
Related categories
Suitable brands
Frequently asked questions
How do Microfluidic Systems work?
Microfluidic Systems control liquids in small channels by precisely regulating pressure, volume, and flow rate. This is typically achieved using mechanical pumps, electric fields, or compressed air, for handling and analyzing fluids in the micro- to nanoliter range.
What types of Microfluidic Systems are available?
There are different formats, such as closed microfluidic chips, open microchannels, and modular platforms. Control methods include pressure, electrophoresis, or capillary effects, depending on the application’s requirements.
What should I consider when selecting a Microfluidic System?
Key considerations include the volume to be handled, compatibility with other lab devices, required precision, chemical resistance, modularity, level of automation, and suitability for your specific application.
How should Microfluidic Systems be maintained?
Regular cleaning of microchannels, checking and replacing seals, and calibrating sensors are vital. Careful maintenance of system components helps extend lifespan and ensures reliable performance.
What are the limitations of Microfluidic Systems?
Microfluidic Systems are limited to specific types and volumes of liquids and may be less effective with highly viscous or complex fluids. Specialized chips or pumps are often required separately and must be properly integrated.
Supplier of Microfluidic Systems?
Present your company on LabFinder and be listed for this product category as well as suitable related categories and brands.