A dental tray with encapsulated fluid that includes an arched tray frame having a bottom surface spanning a tray length separating ends of the tray frame, an outer sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface, an inner sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface. The inner sidewall surfaces of the outer sidewall and the inner sidewall and the bottom surface of the tray frame define a tray channel spanning the tray length and the continuous tray channel has a teeth applicator fluid housed therein. The tray frame also includes a flexible cover selectively removably coupled to the upper edges of the outer and inner sidewalls of the tray frame in a hermetically sealed configuration to encapsulate the teeth applicator fluid.

A dental tray with encapsulated fluid that includes an arched tray frame having a bottom surface spanning a tray length separating ends of the tray frame, an outer sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface, an inner sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface. The inner sidewall surfaces of the outer sidewall and the inner sidewall and the bottom surface of the tray frame define a tray channel spanning the tray length and the continuous tray channel has a teeth applicator fluid housed therein. The tray frame also includes a flexible cover selectively removably coupled to the upper edges of the outer and inner sidewalls of the tray frame in a hermetically sealed configuration to encapsulate the teeth applicator fluid.

A dental tray with encapsulated fluid that includes an arched tray frame having a bottom surface spanning a tray length separating ends of the tray frame, an outer sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface, an inner sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface. The inner sidewall surfaces of the outer sidewall and the inner sidewall and the bottom surface of the tray frame define a tray channel spanning the tray length and the continuous tray channel has a teeth applicator fluid housed therein. The tray frame also includes a flexible cover selectively removably coupled to the upper edges of the outer and inner sidewalls of the tray frame in a hermetically sealed configuration to encapsulate the teeth applicator fluid.

A dental tray with encapsulated fluid that includes an arched tray frame having a bottom surface spanning a tray length separating ends of the tray frame, an outer sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface, an inner sidewall spanning the tray length, with an upper edge, and with an inner sidewall surface. The inner sidewall surfaces of the outer sidewall and the inner sidewall and the bottom surface of the tray frame define a tray channel spanning the tray length and the continuous tray channel has a teeth applicator fluid housed therein. The tray frame also includes a flexible cover selectively removably coupled to the upper edges of the outer and inner sidewalls of the tray frame in a hermetically sealed configuration to encapsulate the teeth applicator fluid.

An expandable and collapsible pouch for accommodating an orthodontic appliance while not is use. The pouch may be selectively and repeatedly coupled to a variety of objects. After selectively coupling the pouch to a desired object, the user opens the pouch by expanding at least one collapsible wall or side. The user then removes their orthodontic appliance, inserts it into the open pouch, and then closes the pouch by letting the pouch contract. When the orthodontic appliance is needed again, the user removes the appliance from the pouch and lets the pouch contract into its original position flush against the surface of the object. The pouch is coupled to the object via a magnet disposed within the pouch that is configured to interact with the surface of the object. The pouch also includes a second magnet which assists the pouch maintain a closed position while an appliance is inserted therein.

An expandable and collapsible pouch for accommodating an orthodontic appliance while not is use. The pouch may be selectively and repeatedly coupled to a variety of objects. After selectively coupling the pouch to a desired object, the user opens the pouch by expanding at least one collapsible wall or side. The user then removes their orthodontic appliance, inserts it into the open pouch, and then closes the pouch by letting the pouch contract. When the orthodontic appliance is needed again, the user removes the appliance from the pouch and lets the pouch contract into its original position flush against the surface of the object. The pouch is coupled to the object via a magnet disposed within the pouch that is configured to interact with the surface of the object. The pouch also includes a second magnet which assists the pouch maintain a closed position while an appliance is inserted therein.

An oral sanitation system may include a case including: a support portion defining a lower end of the case; and a container portion extending from the support portion. The container portion may define a wall extending from the support portion to a top end of the container portion. The oral sanitation system may further include a closure including a lid formed with a peripherally-extending wall; a lower cavity defined by the wall of the container portion; an upper cavity defined by the peripherally-extending wall of the closure; and a light-guiding floor that is substantially transparent to UVC light, the light-guiding floor forming a bottom of the container portion that is surrounded by the wall.

A storage pouch for a teeth transparent straightener is provided. The storage pouch includes: a pouch body having a plurality of packaging materials having a zipper for opening and closing is configured to insert and withdraw the plurality of transparent straighteners individually at each entrance, and the pouch body having a perforated line in each of a plurality of adjacent packaging materials. An interior material inserted and placed within each of the plurality of packaging materials to carry out a position fixing of an upper dentition straightening frame and a lower dentition straightening frame composing the teeth transparent straightener. A straightening confirmation unit having a mirror facet consisting of mirror coating layers and having an expected image printed on the mirror facet to match an orthodontic teeth of a patient based on orthodontic teeth data of the patient to compare.

A storage pouch for a teeth transparent straightener is provided. The storage pouch includes: a pouch body having a plurality of packaging materials having a zipper for opening and closing is configured to insert and withdraw the plurality of transparent straighteners individually at each entrance, and the pouch body having a perforated line in each of a plurality of adjacent packaging materials. An interior material inserted and placed within each of the plurality of packaging materials to carry out a position fixing of an upper dentition straightening frame and a lower dentition straightening frame composing the teeth transparent straightener. A straightening confirmation unit having a mirror facet consisting of mirror coating layers and having an expected image printed on the mirror facet to match an orthodontic teeth of a patient based on orthodontic teeth data of the patient to compare.

The invention relates to manufacturing a surgical guide to be placed in a patient's mouth. The patient's mouth is scanned to obtain surgical-region scan data at a region where an implant is to be located. The patient's mouth is also scanned in the opened position to acquire dental conditions opposite from the surgical region so as to obtain opposing-condition scan data. A virtual model is developed using the surgical-region scan data and the opposing-condition scan data. Using the virtual model, a surgical plan is developed that includes the location of the implant to be installed in the patient. A virtual surgical guide is also developed based on the surgical plan. The dimensions of instrumentation to be used with the surgical guide are checked to ensure they will tit within the mouth by use of the opposing-condition scan data. After checking, final surgical-guide manufacturing information is obtained for manufacturing the surgical guide.