Microfluidics Medical Devices for Diabetes – The Future of Precision Care

Smaller, Faster, Smarter: How Microfluidics is Revolutionizing Diabetes Management

What is Microfluidic Technology?

Microfluidic technology makes it possible to perform complex lab tasks on a chip-sized device, often referred to as a “lab-on-a-chip.”

Novel medical technologies using microfluidics process tiny amounts of fluid—often just a drop—through networks of ultra-fine channels, ranging in size from the width of a human hair to even smaller than capillaries, extracting rich biological information from minimal samples.

These chip-based systems analyze blood or other biological samples quickly and efficiently, enabling real-time analysis.

Unlike traditional lab equipment, which can be bulky and slow, and require large sample volumes, microfluidic devices can be designed to be more compact and efficient, enabling faster diagnostics with minimal sample requirements.

Compare At-Home A1C Test Kits with Microfluidic Device

A1C Test

Mail-In

(Tests that get
sent to the lab)

Portable

(Limited use tests with on-the-spot analyzer)

Microfluidic

(OBM rapid A1c At-Home System)

Accuracy

CV<2%

CV>3.5%

CV<2%

Speed of Results

2-5 days (mail-in)

5 minutes

5 minutes

Reusable

No
(Disposable Device)

No
(Disposable Device)

Yes
(Lifetime-Long Reusable Device w/ Disposable Cartridges)

Key Features and Benefits of Microfluidic-Based A1C Test

Unaffected by hemoglobin variants for diverse patient populations

Inclusive for All Populations: Reduces interference from hemoglobin variants, supporting accurate results for individuals of diverse ancestries.

Reduced Blood Sample Size: Less blood is required for testing, reducing the risk of errors related to sample size.

Portable and Reliable: Achieve high-quality results from the comfort of your home or on the go.

Convenient Storage: Cartridges can be stored at room temperature and have a shelf life of 24 months.

Current at-home A1C tests rely on exact sample requirements, without a margin of error. As a result, users struggle to obtain accurate test results due to inconsistencies in sample size.

Monitoring Diabetes with Microfluidics

Microfluidic-based A1C testing puts easier, more accurate monitoring in the hands of those who need it most:

Parents checking their child’s levels after school or practice

Seniors seeking easy-to-use, in-home monitoring options

Doctors mobilizing patient care across a variety of community settings

The Science Made Simple (How It Works)

OBM rapid A1c recreates the microvessels of the body in a small cartridge.

From a small blood sample, thousands of red blood cells instantly pass through the built-in microfluidic channel for analysis.

Each passing cell is measured for velocity, and our proprietary algorithm calculates an accurate A1C level.

Curious about the deeper science behind microfluidic medical devices and the future for diagnostics?

Ready to Experience the Difference?

With our microfluidics medical device, A1C monitoring is now fast, accurate, and convenient. Join our early-access waitlist to be among the first to benefit from this new technology.

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