Product Description
The Philips Sonicare DiamondClean 9000 is an innovative sonic toothbrush that removes up to 10 x more plaque than a manual toothbrush for naturally whiter teeth. It is safe to use with braces, fillings, crowns and veneers, so you can brush without worry. There are 4 brushing modes: Clean mode for daily cleaning, White+ for stain removal, Gum Health for gentle but effective cleaning of the gums and Deep Clean+ for a refreshing, thorough clean. There are also 3 intensity levels to choose from. The built-in Philips Sonicare pressure sensor lets you know if you’re pressing too hard — the handle will pulse slightly, telling you to brush more gently. The Advanced Sonic Technology provides gentle yet effective cleaning, pulsing fluid between teeth and along the gumline with a cleaning power of 62,000 bristle movements per minute. The innovative BrushSync™ technology will let you know when it’s time to change your brush head. To help you get used to the Sonicare experience, EasyStart adjusts the power level over the first 14 uses. Improve your brushing technique with QuadPacer and reach your recommended brushing time of 2 minutes with SmarTimer. The Philips Sonicare DiamondClean 9000 works perfectly as a travel toothbrush thanks to the sleek and stylish travel case. With regular use, the battery will last up to two weeks on a single charge (based on two periods of two-minute brushings per day on standard mode). ¹ vs. a manual toothbrush ² based on a study of over 2600 dental professionals (dentists and hygienists) conducted in the United States, Canada, Japan, China, Korea, Thailand, Germany, the United Kingdom, Switzerland, France, Belgium, Austria, Italy, Spain, Sweden in 2022-2023
Directions
Wet the brush head, apply toothpaste, place the brush head on each tooth surface and along the gumline at a 45-degree angle, move the brush in a gentle circular motion, brush the tongue and inside of cheeks, brush for two minutes, replace the brush head every three months. Refer to the user manual for using different modes and intensity levels.