A hair accessory storage device is provided. The device is a hair accessory storage device designed to efficiently organize and provide easy access to various hair accessories. The device comprises a cylindrical body that serves as the primary storage structure, allowing hair ties, scrunchies, and similar accessories to be placed around the same to prevent tangling and slipping. The body may be made of plastic or metal with optional coatings to enhance grip and durability, including antimicrobial treatments. At least one extendable and lockable arm extends from the cylindrical body to store secondary accessories such as bobby pins and barrettes, featuring gripping channels, textured surfaces, or magnetic elements for secure retention. Various attachment mechanisms, including hooks, suction cups, adhesive strips, magnetic backings, and over-the-door clips, provide flexible mounting options for different surfaces.

A hair management system includes a flexible frame and an elastic cover extending over the flexible frame. A plurality of micro-suction pads are arranged over an interior of the hair management system and are configured to draw loose hairs away from a head of a user and into the plurality of micro-suction pads. A vacuum source and a collection container are in communication with the plurality of micro-suction pads and the collection container is configured to collect the loose hairs drawn into the plurality of micro-suction pads. A power source is coupled to the vacuum source and is configured to power the vacuum source.