Microfluidic chips and end-use devices for applications such as lab-on-a-chip range widely, from designs for single sample injection to complex designs for multiple samples/diluent addition, microfluidic mixing, and microfluidic separation. Microfluidic chips are used in a large number of applications including genomic analysis, proteomic separation and analysis, flow cytometry, bio-warfare detection, water analysis, cell analysis, and many more.

To learn more about Microfluidic MEMS devices and fabrication processes, download our complimentary whitepaper here.

Micralyne Advantage

With over two decades of experience in developing and manufacturing microfluidic chips to the highest quality standards, Micralyne has the capacity to get innovative designs into production without reinventing the wheel. Customers benefit from a partner capable of creating brilliant solutions to major microfluidic challenges and getting novel, competitively priced microfluidic products to market. Applications using our MEMS technologies include:

  • DNA separation and analysis
  • Protein separation and analysis
  • Cell sorting
  • Medical diagnostics
  • Drug discovery
  • Biowarfare detection
  • Thermal anemometry
  • Water testing

"Micralyne impressed us with their collaborative and methodical approach to problem solving."

- Keith Andrews, Director of Operations, IDEX Health & Science LLC,
Home of Upchurch Scientific Products

Next Steps

Microfluidics White Paper Download

Learn more about microfluidics

Accelerate the design of your microfluidic chips

Contact Us

Ready to discuss project needs? Call us on 1.780.431.4400 or email us at sales@micralyne.com