Keto-Mojo Unveils World’s First Photoacoustic Breathalyzer, Advancing Non-Invasive Ketone Monitoring

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Powered by advanced photoacoustic technology, the new device measures breath acetone to provide insights into ketosis without fingerpricks or disposable test strips. A limited…

Powered by advanced photoacoustic technology, the new device measures breath acetone to provide insights into ketosis without fingerpricks or disposable test strips. A limited first release is now available for preorder.

NAPA, Calif., Nov. 14, 2026 (GLOBE NEWSWIRE) -- Keto-Mojo, a global leader in metabolic health technology, unveiled its next-generation Breathalyzer this past weekend at Hack Your Health 2026, introducing an innovative approach to non-invasive ketosis monitoring designed to make understanding metabolic health painless, accessible, and actionable.

To mark the unveiling, Keto-Mojo has opened preorders for its exclusive Founders' First Reserve, offering early adopters the opportunity to experience this new technology before its broader commercial launch.

Powered by advanced photoacoustic spectroscopy, the new device measures acetone in the breath, a biomarker associated with ketone production and fat metabolism. By providing a convenient, non-invasive way to track breath acetone levels, the technology helps individuals better understand their ketosis status and how their metabolism responds to nutrition, fasting, exercise, and lifestyle choices.

For years, individuals seeking to understand their metabolic health have faced trade-offs between accuracy, convenience, medical waste, and cost.

Blood ketone testing provides accurate measurements but requires fingerpricks and ongoing purchases of test strips. Urine testing offers a non-invasive alternative, but results indicate a general range rather than precise levels.

Existing breath ketone monitors eliminate the need for blood samples but have historically struggled with sensor degradation and interference from other gases.

The company's new Breathalyzer uses UV-C photoacoustic spectroscopy, a technology built on scientific principles first discovered by Alexander Graham Bell in 1880 and subsequently applied across industries requiring sensitive gas detection.

The device uses ultraviolet light to target acetone…

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