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Microfluidic Solutions

Smart MCs Microfluidics

TCS Biosciences supplies Smart MCs microfluidic solutions designed to support advanced cell analysis, cell sorting, droplet generation and micro-scale research applications. These innovative platforms enable researchers to manipulate, analyse and process cells and particles with exceptional precision while reducing sample volumes and reagent consumption.

Suitable for life science research, drug discovery, diagnostics and biotechnology development, Smart MCs microfluidic technologies offer flexible solutions for both standard and custom applications.

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Why Choose Smart MCs Microfluidics?

Microfluidic technology enables precise control of fluids at the microscale, allowing researchers to perform complex biological and chemical processes in compact, efficient systems.

Key features

Precise fluid handling and control
Reduced sample and reagent consumption
High-throughput screening capabilities
Single-cell analysis and isolation
Label-free cell sorting options
Custom microfluidic device development
Suitable for research and commercial applications
Scalable and reproducible workflows
An affordable option to fluorinated oils

Click here to view a Microfluidics paper

Applications

Smart MCs microfluidic solutions are suitable for a wide range of applications:

Single cell analysis
Cell sorting and isolation
Cell therapy development
Diagnostic research
Organoid and 3D Cell culture research

Also available:

Reagents and Consumables

Laboratory Equipment

Further Information

Frequently Asked Questions

What is microfluidics?

Microfluidics is the manipulation of very small volumes of fluids within precisely engineered channels and devices. It enables highly controlled biological and chemical experiments while reducing reagent and sample requirements.

What are microfluidic devices used for?

Microfluidic devices are used for cell sorting, droplet generation, single-cell analysis, diagnostics, drug discovery, cell culture and many other life science applications.

What are the advantages of microfluidics?

Microfluidic systems offer reduced reagent consumption, faster analysis, improved precision, higher throughput and greater experimental control compared to conventional methods.

Can Smart MCs microfluidics be customised?

Yes. Custom microfluidic devices can be developed to meet specific research, assay development or commercial requirements.

What is droplet microfluidics?

Droplet microfluidics involves generating highly uniform droplets that can act as miniature reaction vessels for cell encapsulation, screening and biological assays.

What is inertial cell sorting?

Inertial cell sorting is a label-free method that separates cells based on physical characteristics such as size, density and deformability, reducing the need for additional reagents or markers.

What research areas can benefit from microfluidics?

Applications include stem cell research, cancer biology, drug discovery, diagnostics, synthetic biology, cell therapy development, tissue engineering and single-cell analysis.

Discuss Your Microfluidics Requirements

Whether you are developing a single-cell workflow, generating droplets, sorting cells or designing a custom microfluidic device, TCS Biosciences can help identify the most suitable Smart MCs solution for your application.

Contact our team to discuss products, custom development projects and technical requirements.