Rotary instrument storage, monitoring, and access control system

Abstract

A smart storage and access control system for rotary instruments such as dental burs is provided. The system includes a base with at least one collet configured to secure or release a rotary instrument. A user authenticator is included to verify user identity and authorization, as well as a controller operatively connected to the authenticator and collet. Upon verification, the controller signals the collet to release or retain a rotary instrument associated with a user. The system may include sensors for detecting instrument presence, visual indicators for status display, and a protective cover that disables release when open. A cam-driven collet mechanism converts motor rotation into linear movement for secure clamping. The controller may record access data in a tamper-resistant digital ledger and analyze usage patterns using artificial intelligence to predict maintenance needs. The disclosed system and methods improve accountability, security, and reliability for usage of precision rotary instruments.

Dependencies are inferred from the claim text.