Microfluidic Flow Control & Measurement Products


PneuWave Pump
High-performance flow control with fast response time and excellent stability.

Connectors
Non-permanent, leak-tight connections to microchips that are rapidly made.

Fluidic Workstations
Customizable workstations offer a complete solution to meet your needs.
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Degassers
Removes dissolved gases from liquids.

PneuWave ECO Pump
Economical, high-performance flow control. 

Flow Meters
Offers in-line, real-time flow rate measurements.

Microscopes & Metrology
Cost-effective microscope systems.
Accessories
PeriWave Pump
Precise, accurate fluid delivery with forward and reverse flow modes.


Microscope Fluidics Kit
Converts any microscope into a fluidic workstation.


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PDMS Port Creator


​PDMS Port Creator
Makes perfect ports in PDMS microdevices.

High Performance
Fluidic Solutions 

CorSolutions is the partner of choice for academic, biotechnology, pharmaceutical and government researchers seeking to enhance their microfluidic workflows.  Using our scientific, design and engineering expertise, we have developed a broad portfolio of flow control and fluid manipulation  pumps, non-permanent leak-tight connectors, PDMS port creators and fluidic workstations with integrated optics.  Our innovative products are characterized by their reliability, quality and flexibility, offering unprecedented flow control, fluid manipulation, measurement and assessment, with intuitive, user-friendly operation.
  • High Performance -  Precise, accurate flow control and measurement products offer unprecedented performance.  
  • Reliable - Our dependable, trusted products are employed in 24/7 manufacturing environments.
  • Ease-of-Use - Our intuitive products and software have been designed with the user in mind.
  • Expertise - Since 2007 CorSolutions has developed innovative microfluidic approaches.

Featured Tutorials

Fabricating Microdevices from PDMS

Polydimethylsiloxane (PDMS) is a silicon-based organic polymer that is widely used for microdevices.  As an elastomer with the ability to replicate features down to the nanoscale, PDMS can be used to fabricate a myriad of structures through soft lithography.  The process of fabricating a PDMS microdevice is relatively simple.


How to Make Microfluidic Connections

 Flangeless fittings are commonly used, along with barbs, adapters, unions and luers.  An important consideration when making connections is dead-volume, which can be detrimental and should always be avoided.  Current connection approaches to microchips are reviewed. 

Body-on-a-Chip and Tissue Culture

Body-on-a-Chip is an emerging research area that cultures human organ tissue in microdevices to accurately mimic their structure and function.  The goal is to develop the best predictive model of human response to therapies, drugs, cosmetics and other chemicals.  The applications for Body-on-a-Chip are far-reaching. 


​What is Microfluidics?

Microfluidics is the science and technology of manipulating sub-milliliter volumes of liquid in micron-sized structures.  Fluids behave differently at this scale, allowing scientists to control liquids in ways that can not be achieved using conventional methods.

How to Avoid Bubbles

Bubbles form in a solution when the amount of dissolved gas exceeds its saturated solubility.  In general bubble formation becomes problematic with increasing temperature, decreasing pressure and when solvents are mixed.  A table of common causes of bubbles, along with methods for abating their occurrence, is provided.