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Explore nanoOne® through a clear campaign overview covering the product experience, engineering roadmap, planned rewards, packaging direction, manufacturing approach and delivery planning.

A transparent look at planned nanoOne® Kickstarter reward tiers, early-access benefits, package contents and the details that will be confirmed before launch.

See how Toothnology’s is preparing nanoOne® for reliable manufacturing through precise engineering, controlled assembly, quality assurance and realistic production planning.

An inside look at the structured engineering and validation program supporting nanoOne® before Kickstarter, from drive consistency and fit to durability and user experience.

Toothnology’s is developing nanoOne® as an original full-arch oral-care system supported by an intellectual-property strategy. Granted Slovenian patent The nanoOne invention is protected by Slovenian patent P-20250058. The patent forms part of the project’s technical foundation and reflects the original mechanical and functional thinking behind the concept. International protection International patent protection is being pursued through the PCT process. Patent examination an

nanoOne® is currently in functional prototype engineering and validation. The purpose of this roadmap is to show, clearly and responsibly, what has been completed, what is being tested now, and what must happen before production. Current stage The current work focuses on the mechanical drive system, coordinated brush motion, full-arch fit, electronics architecture and dock-based charging. Core rotational brushing has been demonstrated in working prototypes, while repeatabilit

nanoOne® began with a simple question: why does brushing still depend so heavily on technique, time and consistency? Toothnology’s set out to explore whether a compact, hands-free mechanical system could guide a more repeatable full-arch routine. The problem Traditional brushing can work very well, but the result depends on how long, how consistently and how carefully each surface is reached. For many people, repeating the same technique every day is the real challenge. The c

An honest update on prototype engineering, validation and the work being completed before a Kickstarter launch date is confirmed.

How nanoOne rethinks the familiar toothbrush through a shaped mouthpiece, coordinated cleaning elements and a compact robotic system.

A practical look at the familiar 45° brushing recommendation and how nanoOne’s mouthpiece geometry is being developed around consistent tooth and gumline contact.

A closer look at the iterative prototyping, mechanical testing and engineering decisions behind nanoOne.

A demonstration of the nanoOne prototype concept and its coordinated mechanical movement during development.

A snapshot of early third-party visibility for the nanoOne concept across startup and product-discovery platforms.

A balanced comparison of manual brushing and nanoOne’s developing hands-free concept, without unverified performance claims.

The engineering idea behind nanoOne’s short-cycle target, and why final timing depends on prototype and performance validation.

A careful look at infrared-light concepts and why healing, regeneration and treatment claims require clinical evidence.

Why UV-C features require controlled exposure, safety interlocks and product-specific testing before antimicrobial claims can be made.

A responsible overview of blue-light concepts in oral-care products and the validation required before making whitening claims.