For scientists and engineers in Kansas and Washington, precise fluid characterization is essential. Whether optimizing agricultural sprays or biotech formulations, RheoSense delivers industry-leading microfluidic viscometers tailored for innovation.

Why Microfluidics Matters

Conventional viscometry tools can be slow, imprecise, and wasteful. Our microfluidic viscometers overcome these challenges with:

• Rapid measurements with ultra-low sample volumes

• Broad temperature and shear rate ranges

• Intuitive automation and cloud-based reporting

RheoSense technology brings clarity and control to your research workflow.

Kansas: Optimizing Agritech and Biofuel Applications

Kansas researchers use RheoSense solutions to:

• Characterize seed coatings and foliar sprays

• Measure biofuel blend viscosities in real-time

• Support precision farming technologies with better fluid analytics

From Manhattan to Wichita, our instruments support the Midwest’s sustainable future.

Washington: Empowering Biotech and Advanced Materials

In the Pacific Northwest, biotechnology and materials science thrive. RheoSense enables:

• Protein aggregation studies and therapeutic formulation design

• Polymers and nanofluid evaluation

• Thermal stability profiling of complex samples

Seattle-area labs benefit from the sensitivity and accuracy of MEMS-based viscometers.

Featured Products: Precision Through Innovation

Our solutions, such as the VROC® initium one plus and microVISC™, are designed to:

• Deliver accurate results on small sample sizes

• Handle temperature-sensitive and volatile samples

• Reduce testing time by up to 80%

You get data you can trust, fast.

Trusted by Researchers Nationwide

With applications in academia, pharma, energy, and food science, our viscometers are recognized for:

• Viscosity accuracy across a wide dynamic range

• Robust design for long-term reliability

• Easy integration into QA/QC systems

Whether you're in Kansas or Washington, our tools help you stay ahead.

Capillary Viscometer Technology

Our capillary-based viscometers utilize MEMS sensors to:

• Reduce sample waste

• Capture consistent flow rate data

• Operate in sealed, contamination-free environments

This ensures compliance in regulated environments like pharmaceutical R&D and food production.

Local Support with Global Reach

RheoSense offers:

• Application training and tech support

• Calibration standards and compliance documentation

• Custom solutions tailored to your fluid type

From Topeka to Tacoma, we make high-end rheology accessible and efficient.

Discover the RheoSense Advantage

Make the switch to precision, speed, and scalability. Explore our microfluidic devices and learn how RheoSense can advance your work in Kansas, Washington, and beyond.