Product Overview
Brand: Clearblue
Color: White
Features:
- DIGITAL OVULATION TEST KIT: Includes one 1 digital reader and 40 Clearblue Digital Home Ovulation Test sticks to identify your 2 most fertile days. Phone not included
- TRY OUR FREE PERIOD & CYCLE TRACKER APP: view where you are in your cycle and see how the probability of peak fertility varies for women with the same cycle length as you. Use Clearblue Ovulation Tests to identify your peak days, based on your hormones
- CLEAR DIGITAL RESULTS: The Clearblue Digital Ovulation Test provides clear and easy to read digital results you can trust. A line with a surge indicates an LH surge and a flat line indicates No LH surge
- OVER 99% ACCURATE: Clearblue Digital Ovulation Test is over 99% accurate at detecting the LH surge
- MAXIMIZE YOUR CHANCES OF GETTING PREGNANT: The Clearblue Digital Ovulation Test identifies your 2 most fertile days, so you can maximize your chances of getting pregnant naturally
Release Date: 31-07-2025
Details: Track your cycles in our FREE app, designed for use with Clearblue Advanced Digital or Digital Ovulation Tests. Identifying your most fertile days is the best place to start. The Clearblue Digital Ovulation Test (Prueba de Ovulación Digital) is more accurate than calendar and temperature methods at predicting the most fertile days[1]. With Clearblue Digital Ovulation Tests, you can accurately identify your 2 most fertile days to maximize your chances of getting pregnant naturally. Each ovulation test kit includes 1 digital reader and 40 individually wrapped ovulation test sticks that track LH (luteinizing hormone), the hormone that surges just before you ovulate. The test sticks have an absorbent tip that can be used directly in your urine stream or dipped into a sample of urine in a clean, dry container. When you see a line with a surge in the result window, you know it’s your best time to try for a baby. [1] Study of 101 women in the UK comparing a simple calendar method of conducting a test on LH surge day (2011). Ellis JE., et al. Human Reproduction (2011) 26: i76 (O-191)
