Aunnhon Digital Ketone Breath Meter, 0–99 PPM, 6 Ranges, 10 Mouthpieces

Aunnhon Digital Ketone Breath Meter, 0–99 PPM, 6 Ranges, 10 Mouthpieces

• Clear 0–99 PPM breath-acetone readout: This breath ketone meter displays the measured breath-acetone value directly in PPM, then organizes the screen into six ranges: 0–2, 3–4, 5–10, 11–39, 40–59, and 60–99. Use the ketone breath analyzer as a personal trend reference under similar conditions; a single number does not establish a fixed body-state conclusion.
• Mouthpiece-guided sampling: Fit a clean, dry mouthpiece, press the single button, wait for the prompt shown by the unit, then blow steadily through the mouthpiece until the sampling cycle ends. This keto breath meter uses direct mouthpiece contact, so each person should use a clean mouthpiece. Consistent technique helps make your own keto breath test comparisons easier to review.
• Six display bands and three status signals: The digital ketone meter keeps the result in the unit it measures, breath acetone PPM, while six on-screen ranges organize the number without turning it into a health conclusion. Green indicates a completed reading, amber signals low battery, and red indicates an unsuccessful sample, helping the ketone tester separate the measured value from operating feedback.
• Strip-free routine with 10 mouthpieces: The package includes one portable breath ketone meter, 10 replaceable mouthpieces, and a user guide. The breath-based workflow does not require a new disposable strip for every check, while the included mouthpieces support cleaner handoff between users. Keep each mouthpiece clean and dry, and replace it whenever cleanliness is uncertain.
• Compact for consistent check-ins: At about 4.7 x 1.7 x 0.7 inches, this handheld keto meter fits a home drawer, desk bag, or travel organizer. It runs on two AA batteries, which are not included. For more useful personal trend tracking, use the breath acetone meter at a consistent point in your keto, low-carb, or fasting routine and compare patterns rather than isolated readings.