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Orthodontics Articles & Analysis
9 articles found
Nitinol has been used to create self-expanding stents for treating blocked arteries, orthodontic wires, and shape memory alloys for the aerospace industry. With endless possibilities, this extraordinary material is fueling innovation across various industries and opening up new frontiers in the world of science and technology. ...
Since its successful development, Nitinol with unique shape-memory characteristics has been used in oral, neurosurgery, cardiovascular, thoracic surgery, otolaryngology, hepatobiliary, urology, and gynecology, etc. The products include orthodontic wires, roots Tube file, spinal orthopedic rod, bone plate (nitinol sheet), intramedullary needle, patella claw, guidewire, guide ...
Another superelastic application of Nitinol is for orthodontic archwires. The orthodontist uses fixed nitinol wire to fix the teeth. ...
Scientific Research Value of Bromelain In a study conducted by the Manipal School of Dentistry, researchers observed that bromelain, papain, and others help prevent plaque and gingivitis symptoms in patients undergoing fixed orthodontic treatment. The findings suggest that bromelain, along with these natural ingredients, can be used as a dentifrice to effectively reduce the risk ...
Application of Nitinol 1. Glasses frame 2. Orthodontics 3. Medical equipment 4. Other applications A well-known computer manufacturer used Nitinol equipment to eject PCMCIA (International Personal Computer Memory Card Association) cards. ...
Patient presented with a Class III malocclusion for which he received both orthodontic and oral surgery consultations; however, he was not interested in proceeding with these treatments. ...
Application: pmma injection molding is widely used in automotive lighting signs, door glass and lamp glass covers, also be used to model teeth for orthodontic treatment. Suitable for parts with transparent insulation and low strength requirements. ...
This paper describes the performance of diamond coated molybdenum dental burs machining orthodontic bridge such as cobalt-chromium alloys, and also portrays an interesting picture of how these alloys react to machining with diamond using a finite element method.Keywords: chemical vapour deposition, hot filament CVD, molybdenum, negative biasing, dental tools, ...
The application of diamond coatings on dental cutting tools has been the subject of attention in order to improve cutting performance and life in orthodontic applications. In order to improve the adhesion between diamond and WC-Co substrates, it is necessary to etch cobalt from the surface and prepare it for subsequent diamond growth. ...