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Compare Ketone Analysers

KETOSCAN provides a convenient, accurate and non-invasive solution to ketone testing by testing the breath for acetone. Other methods can be invasive, costly and inaccurate. 

Ketoscan Mini vs Lite

Range

Accuracy

Self Diagnostic Function

Tests per Cartridge 

Calibration Period

Service Process

Bluetooth

Mobile Phone App

Breath Sample

Mouthpiece

Battery

Certification

Test Memory

Screen Display


KETOSCAN SMART

0 - 99 ppm

+/- 10%

Automatic sensor validation

320

12 months

Replace cartridge

Yes

3 seconds

Disposable

Lithium (Rechargeable via USB)

FCC, CE, FDA

Last 10 tests

1.44 inch high brightness TFT-LCD

KETOSCAN MINI

0 - 99 ppm

+/- 10%

Automatic sensor validation

320

12 months

Send to workshop

iOS and Android

3 seconds

Integrated & disposable

Lithium (Rechargeable via USB)

FCC, CE, TELEC, KC, FDA

N/A

Dot matrix LED

KETOSCAN LITE

0 - 40 ppm

+/- 15%

Pre-Test validation check

300

6 months

Send to workshop

N/A

1 second

Disposable

2 x AA

FCC, CE, FDA

N/A

2 digit LCD

Compare methods of ketone testing

How do you test for ketones?

A ketone is composed of 3 ingredients, each of which can be detected using a different method:

  • Acetone has a strong volatility and is emitted in your breath – this is the method by which the Ketoscan Mini detects ketone levels.
  • β-hydroxybutyrate (BHB) is measured by extracting blood
  • Acetoacetic acid is measured using urine

Why is acetone (breath) testing better than other methods?

Testing for acetone in the breath is very easy – like blowing into breathalyser – but detection needs to occur at very low concentration levels (1/1,000,000, ppm) and so requires ultra-precise technology.

Urine testing

Acetoacetic acid measurement using urine test paper is a popular low-cost method of ketone testing, but the result is only indicated by a keto stick colour change, not an accurate reading. The reading is also affected by volume of urine, so it is difficult to accurately measure ketone status.

Blood testing

Until now, blood using β-hydroxybutyrate measurement (BHB) is the most popular option for ketone analysis and is known to be the most direct way to find out ketone status. However, ketone strips (paper) for ketone analysers are expensive. Perhaps the biggest disadvantage of this method is that it is invasive and requires fresh blood for every examination.