An integrated dental care system is disclosed. The integrated dental care system includes a dental recliner chair and a dental treatment unit. The dental recliner chair includes a foldable chair frame which folds at coupling point(s), a foldable chair supporting frame which enables folding and unfolding of the foldable chair frame, a pair of side chair arms including multiple serrated edges for locking a reclination of a back supporting frame at a first reclination angle and vary the reclination to second reclination angle(s), when a second end of the pair of the side chair arms is lifted and locked at second serrated edge(s) of the multiple serrated edges. The dental treatment unit includes a housing including a compressor unit generating compressed air, a pressure controlling unit stepping down the first predefined pressure, and multiple ventilation opening(s) for ventilation. The dental treatment unit includes a toolbox holding instruments for dental treatment.

A cordless dental gas/water syringe is provided. The cordless dental gas/water syringe can be freely carried and operated by a dental practitioner within a dental facility. The cordless dental gas/water syringe includes a portable or wearable body. The body includes a water chamber, a water pump, a gas chamber, a gas valve, a water switch, a gas switch, and a conduit system for fluidic connection. The body can also include a controller including a touch panel and/or a button for controlling the gas switch, the water switch, the gas valve, and/or the water pump.

A portable tooth polishing and bleaching treatment system is provided for simultaneous tooth surface polishing and bleaching for use at home or in dental clinics. A full contact swinging mechanism is employed to transfer a continuously rotational input from a motor into a back-and-forth swinging movement output. The system comprises an electrically powered handpiece, a detachable swinging angle, a rubber cup, a user-specific thermoplastic gum protector, and a dual-agent mixing set consisting of a separated storage of polishing bleaching agents and an agent mixing tool. The swinging angle alone is used as a prophylaxis angle for dental clinics.

A dental treatment apparatus includes: a handpiece including a head that holds a cutting tool; a drive unit capable of performing forward rotation driving for rotating the cutting tool held at the head in a cutting direction, and reverse rotation driving for rotating the cutting tool held at the head in a non-cutting direction; an operation receiving unit that receives an operation of an operator; and a controller that controls the drive unit that drives the cutting tool, according to the operation received by the operation receiving unit. Only when a prescribed condition is satisfied, the controller sets the operation received by the operation receiving unit as an operation to drive the cutting tool by reverse rotation driving, or as an operation to drive the cutting tool by twist driving by which the forward rotation driving and the reverse rotation driving are alternately performed.

A medical apparatus for orienting and guiding a medical implement includes a mechanical mechanism that includes a first mechanism portion and a second mechanism portion. The first mechanism portion includes a contact element for disposition on a selected emplacement on a portion of a body, and the second mechanism portion includes an operation module for guidance and support of the medical implement. The mechanical mechanism permits displacement of the contact element and the operation module relative to each other in bidirectional motion of translation along a segment of a straight line, and maintains the medical implement in permanent aim at the selected emplacement. The operation module also supports an implement guide for support an implement drive which includes a motorized drive for operating medical implements coupled thereto.

A portable oral irrigator includes a charging seat assembly, a water container assembly, a housing assembly and a pump assembly. The charging seat assembly includes a charging seat base, a transparent charging seat member on the charging seat base, a first control board in the charging seat base, a first light guide line in the transparent charging seat member, a second light guide line in the charging seat base, a charging seat cover on the transparent charging seat member, and a charging socket projecting out of the charging seat cover. With provision of the charging seat assembly, the water container assembly, the housing assembly and the pump assembly, the pump unit draws water from the water container body and exits the water through the nozzle. The first and second light guide lines and the light guide strip emit light to indicate a current state of the oral irrigator.

Embodiments of the invention provide a dental network including a portable dental laser station controllable within a remote access system. The dental laser station can include a dental laser, and a dental handpiece assembly coupled to or including the at least one dental laser. Some embodiments include a processor and a non-transitory computer-readable storage medium including a dental laser management process to exchange dentistry-related parameters between the dental laser station or components and a remote network. Some embodiments include a handpiece assembly structured so that any beam size on the output window or surface is greater than any beam size exiting at the input window or surface. Some embodiments include a laser power supply combination with at least one high voltage (HV) power supply, a coupled or integrated simmer supply, a direct current (DC) supply, and at least one laser configured with a power supply.

The invention provides a unitary cordless dental drive apparatus in a first embodiment having a handpiece with a cantilever arm 18 extending outward and positioned to allow a dental nose cone 26 to be connected. An activating switch 20 is located at the free end of the cantilever arm 18 in a position that is convenient for manipulation by a user. In a second embodiment, a contactor 22 is mounted below the cantilever arm 18 to contact the nose cone 26 when pressed. In a third embodiment, a standard dental office foot pedal 90 is connected to a wireless transmitter 80 for sending a signal to a receiver 92 located within the handpiece 70 for activating the handpiece 70.

A portable oral irrigator includes a charging seat assembly, a water container assembly, a housing assembly and a pump assembly. The charging seat assembly includes a charging seat base, a transparent charging seat member on the charging seat base, a first control board in the charging seat base, a first light guide line in the transparent charging seat member, a second light guide line in the charging seat base, a charging seat cover on the transparent charging seat member, and a charging socket projecting out of the charging seat cover. With provision of the charging seat assembly, the water container assembly, the housing assembly and the pump assembly, the pump unit draws water from the water container body and exits the water through the nozzle. The first and second light guide lines and the light guide strip emit light to indicate a current state of the oral irrigator.

A wearable controller for a dental handpiece system and a dental handpiece system are disclosed. The wearable controller includes a wearable body. The wearable body includes an input and a display, the input and the display for displaying a graphical user interface (GUI) to an operator providing a plurality of operating selections. A battery is electrically connected to the input and the display for powering the input and the display. A reservoir is secured to the wearable body. An output is electrically connected to the input and the display for receiving an indication of an alert.