132 results about "Orthodontic wire" patented technology

Disclosed is a system and method for treating mal-alignment of teeth using super-elastic nickel titanium, heat activated nickel titanium coated or uncoated orthodontic wires with composite resins in order to effectuate desired tooth alignment. The composite resin is formed into beads that hold the wire in place preferably on the lingual surface of the teeth. Alternate embodiments using composite brackets are disclosed. The overall purpose of this invention is to provide a close contact, low profile orthodontic system, in particular, a lingual orthodontic system that is significantly more comfortable than existing orthodontic systems, completely concealed and effective.

The invention is a buccal tube for securing an orthodontic wire to a tooth. The device includes a base or flange for attaching to a tooth and one or more tubes fixed to the base, each tube having a bore for receiving an arch wire. The tube bore includes mesial and distal ends and a center portion. The center bore portion has a shape and dimensions for receiving and securing the wire. Both the mesial and distal bore ends of the tube are flared to accommodate receiving the arch wire, particularly when extending an arch wire from a first mesial buccal tube to a second distal buccal tube as adjacent molars are engaged in the orthodontic process.

An osteogenic support device for an orthodontic treatment comprises a platform, lower and upper projections extending downwardly and upwardly from the platform. The upper projection is substantially tapered from the platform toward a cap. The upper protection has a through opening substantially perpendicular to an axis of the lower projection. A first end of the elastic wire is hooked between the cap and the platform, and a second end of the elastic wire is hooked with an orthodontic wire which links each bracket attached on teeth of the orthodontic patient.

A low cost disposable peel-and-stick vibrating orthodontic strip can be attached to existing orthodontic devices such as aligners, thus speeding dental remodeling by as much as 50%. A low cost orthodontic appliance generally in the form of a peel-and-stick vibrating strip that can be advantageously applied to existing orthodontic devices, such as aligners, positioners, fixed appliances, or even applied directly to teeth.

The invention relates to a method for producing a set of shell appliances for correcting tooth misalignments in a patient, wherein a target position is established from a current position of the patient's teeth, models of the patient's individual teeth or of groups of the patient's teeth are produced and can be arranged on a support to form a model of a set of teeth. In accordance with the invention, a set of supports is produced, which have a respective fitting position for each of the tooth models, the position and alignments of said fitting positions predefining a position of the tooth model, wherein the positions predefined by the supports form a sequence that leads in steps to the target position, and the tooth models are fitted in succession onto the individual supports, thus producing a respective model of a set of teeth, and a shell appliance is produced from each of these models of a set of teeth by thermoforming.

A crimpable orthodontic device is disclosed. The orthodontic device is adapted to be mounted on an orthodontic wire. The crimpable orthodontic device has a tubular member defining an opening for receiving the orthodontic wire. The tubular member has an inner surface for contacting the orthodontic wire. The inner surface has an etched surface area on at least a portion of the inner surface of the tubular member. The tubular member is crimpable such that upon crimping on the orthodontic wire the etched surface area on the portion of the inner surface of the tubular member engages the orthodontic wire to increase the friction between the member and the orthodontic wire.

A toothbrush with a head having at least one pair of twisted wire brushes secured to the head's top surface in a position that creates a narrow and substantially uniform trench between the bristles of opposing brushes. Head construction may be solid, curved, blunt, tapering, or have a forked distal end. When a user's brace hardware and/or orthodontic wires are placed within the trench, bristles adjacent to it reach tooth surfaces behind the orthodontic wires to gently remove plaque without wire or hardware breakage. The twisted wires of opposing conical brushes are not parallel so as to create a uniform trench. The twisted wires in narrow end of conical brushes are also angled toward the distal end of the toothbrush head to facilitate reaching crowded back teeth without orthodontic wire breakage. The toothbrush handle can be laterally angled relative to its head and brushes are optionally replaceable by the user.

The invention discloses a guide plate for implantation of orthodontic micro-screw and a manufacturing method thereof. The method comprises: acquiring dental data from a CBCT image of a patient, rebuilding a three-dimensional image of jaw and teeth at an area to be subjected to implantation; acquiring a three-dimensional image of a to-be used micro-screw from a preset micro-screw three-dimensional image database, and regulating the three-dimensional image of the to-be used micro-screw at a preset position; establishing a first cylinder, enabling the direction of the cylinder to be same to the direction of the to-be used micro-screw and enabling the diameter of the cylinder to be larger than the diameter of a cuff part at the end of a screwdriver head; establishing a guiding part, namely forming a second cylinder at the periphery of the first cylinder along the axial direction, enabling the diameter of the second cylinder to be larger than the diameter of the first cylinder and enabling the two cylinders to be coaxial and same in height, and arranging a buffer distance between one end, facing to the phatnoma mucous membrane, of the cylinders and phatnoma mucous membrane; establishing a position-fixing part, namely painting the occlusion part and the occlusion surface at the appearance high point close to a tooth axial surface of the implantation part with an extended-crown preset-thickness coating; and establishing a connection part to connect the guiding part and the position-fixing part, so as to obtain a three-dimensional image of the guide plate, and printing.

An orthodontic device-setting tool is provided with: a fitting section having a fitting surface, which covers and fits together with at least one of the incisal margin, the dental cusp, or the occlusal surface of a tooth; a foundation section, which has a back surface that adheres closely to the labial/buccal surface or the lingual surface of the tooth and has, on the surface opposite the back surface, a front face on which the orthodontic device is mounted; and a connecting section that connects the fitting section and the foundation section. The tool has a frame section, which protrudes from the front face of the foundation section and can fit together with the orthodontic device. Use of the orthodontic device-setting tool makes it possible to mount orthodontic devices such as corrective brackets without holding the patient for long periods of time and to mount the orthodontic devices accurately at the desired three-dimensional mounting positions for the orthodontic devices regardless of the skill level of the dentist practitioner. Moreover, the tool can even be used with mass-produced general purpose orthodontic devices, which are not orthodontic devices that have been specially customized as to design, cut, etc. for individual patients.

The invention relates to an orthodontic bracket system, wherein an orthodontic wire is held in an open channel or slot which receives an orthodontic wire without means of any type of applied ligature or any type of moving cover. Disclosed is a static self-ligating orthodontic bracket system for coupling a pre-tensioned arch wire with a tooth, wherein the bracket comprises a bracket body configured to be mounted to a tooth, an arch wire slot configured for receiving a pre-tensioned arch wire therein, the arch wire slot configured with a at least one protruding stop or protuberance on an interior wall surface thereof, the stops spaced apart from one another, and a slot opening for receiving the arch wire into the arch wire slot, the opening having a width less than a diameter of the arch wire slot, wherein the arch wire is configured with a non-spherical cross-section.

An orthodontic wire retainer is applied to a dental arch following an orthodontic treatment. A first metal wire extends along the posterior surface of the dental arch, a second metal wire extends along the anterior surface, and a third wire fits between a bicuspid and premolar or between the premolar and a molar. The first, second and third wires are adjoined to provide an annular bridge supporting the dental arch. A wire clasp laid along the buccal surface of the premolar attaches to the first metal wire to sustain strength of the wire retainer by attaching a wire rest on the premolar or molar to prevent sinking of the wire retainer.

Disclosed are a dental wire supporter, which supports an orthodontic wire and limits the movement of the orthodontic wire in a predetermined direction, and an orthodontic device (orthodontic system) having the same. The dental wire supporter includes a limiter having a wire hole into which an orthodontic wire is inserted, and a support base provided at the limiter in order to fix the limiter to a tooth. One side of the wire hole is blocked and an opposite side of the wire hole is open so that the limiter supports the end of the orthodontic wire in a longitudinal direction of the orthodontic wire.

An orthodontic wire ligating member is engageable with an orthodontic bracket to retain an archwire inserted into a groove in the bracket. The ligating member is an elastically deformable member made of a synthetic resin and has at least two spaced engaging portions detachably engageable with the bracket, and a back portion integral with the engaging portions and elastically deformable flexibly to engage the bracket to retain the archwire. Thus, the friction between the archwire and the bracket slot is minimized, and the archwire is retained in a friction-free or low-friction state.

Interactive/passive bracket system developed to provide orthodontic treatment in a more comfortable, efficient and faster manner. Its function with the orthodontic wire may be determined by an orthodontist in order to make it interactive or only passive. It is something innovative because no bracket system can provide these two features in the same bracket. The presence of two convertible slots which is also a significant differential feature will simplify the tooth movement in the class I, II and Angle III relations. Besides, the rounded design makes the Revolution systems more comfortable and traps less food, thus facilitating brushing.

An endoprosthesis fabricated from multi-phase ferrous steel. Endoprostheses can include a variety of devices such as staples, orthodontic wires, heart valves, filter devices, and stents, many of which devices are diametrically expandable devices. Multi-phase ferrous steels include dual phase steels and transformation induced plasticity steels (TRIP steels).

The invention discloses a modular surgical bone screw assembly having a threaded base portion and a screw head adapted to attach a variety of structures to bone. The features of the screw include a modular design for the assembly that separates the function of anchorage to the recipient bone to one of the modules of the device (threaded portion) from the other function of attaching another element (such as bone block, membrane, orthodontic wires, elastics etc) to a second module (the screw head). The design also allows the head to be exchanged after the implant has been placed.

An orthodontic device allows direct attachment to orthodontic wires. A force module central portion is coupled to upper and lower end caps. The end caps have clip members that permit direct clipping onto the orthodontic wires to thereby retain the force module on the orthodontic wires. The clip members comprise first and second spaced apart curved members curving in a first direction and an intermediate curved member curving in the opposite direction. One or more of the curved members may flex to allow passage of the orthodontic wire. Alternatively the curved members have different radii of curvature to form a gap that is slightly smaller than the expected size of the orthodontic wire to permit the orthodontic wire to be forced between the gap and retained within a receiver portion formed by the curved members.

An orthodontic flossing implement for facilitating positioning and manipulating of a portion of a length of dental floss into the interdental space between adjacent teeth and proximate to and beneath an orthodontic wire which defines an arch extending between adjacent orthodontic brackets on the teeth. An elongated handle dependently supports an elongated, slender shaft formed as a unit with, and extending from a proximal end of the handle. The shaft is dimensionally smaller in thickness than that of said handle and preferably oriented at an acute angle to the handle. A tip, formed as a unit with, and extending from a second end of the shaft, is oriented at an acute angle to the handle, the tip having an aperture formed therethrough sized to just receive a length of dental floss. The tip with the dental floss positioned through said aperture, is manipulable by said handle to pass beneath an arch of the orthodontic wire and to floss the interdental tissue.

The invention concerns an orthodontic wire, combined with attachments bonded on the teeth, to correct position anomalies thereof, made of a material having high mechanical performances and a very low friction coefficient on said attachments. Said material is defined by a base structure made of a titanium-molybdenum alloy comprising, in its outer surface layer; titanium nitrides of type TiN, Ti₂N, free of titanium oxide.