Dyson launches CameraJet toothbrush with camera and AI flossing.

Dyson has officially launched the CameraJet, a $499 smart electric toothbrush that integrates an onboard camera and artificial intelligence to automate interdental cleaning. Available immediately in ceramic blue and ceramic pink, the device marks a strategic expansion into personal oral care. The brush head houses a 100,000 pixel camera paired with a strobing illumination system, capturing and processing twenty eight live images per second through Dyson’s Gap Optical Targeting algorithm. This AI operates entirely locally, analyzing data without storing footage or transmitting it to external servers. Upon detecting plaque accumulation between teeth, the system triggers a targeted burst of mouthwash within 100 milliseconds. The proprietary spray mechanism employs a wide, low pressure cone designed to dislodge debris while minimizing stress on enamel and gum tissue. The CameraJet combines automated flossing with advanced mechanical brushing. Replacement brush heads feature dual density bristles, utilizing softer outer filaments for gumline protection and stiffer inner cores for stain reduction. The head oscillates nearly one thousand times per second with continuously adjusting angles to optimize surface contact. To ensure consistent fluid delivery regardless of grip orientation, an internal air bladder maintains steady pressure within the tank. An elaborate docking station manages wireless charging and refills the built in 12.5 milliliter mouthwash reservoir in three seconds. Replacement heads incorporate RFID sensors to monitor wear and prompt changes every ninety days. While the device supports conventional toothpaste and mouthwash, Dyson will also offer proprietary low foaming formulations engineered to maximize camera visibility during operation. Priced at a premium comparable to other high end smart brushing systems, the CameraJet targets consumers seeking automated oral hygiene solutions that reduce manual flossing requirements without compromising clinical effectiveness.