A set of white teeth can give people confidence and satisfy their love of beauty and the concept of modern life. Computer-aided design and teeth have combined to make invisible ortho technology the focus of research. The technology can predict the outcome of ortho technology treatment. The key to the treatment technology is calculating the position and posture of teeth automatically during the middle stage of orthodontics. To begin researching this problem, this article is divided into two parts. To solve the problem of tooth ortho technology path planning, the quaternion technique is applied in combination with the tooth’s initial posture and its target posture. The ortho technology tooth’s path is planned using a two-stage method.
An Orthodontic Method for Ortho Technology Correction:
Orthodontics refers to the correction of deformities and defects of the teeth by straightening them. ortho technology studies the causes and mechanisms of deformities, analyze and diagnose them, and treat and prevent them appropriately. Different orthodontic devices are primarily used to adjust the coordination between the entire tooth and the jaw, including the relationship between the upper and lower jaw, the relationship between the upper and lower teeth, and the relationship between the teeth and the lower jaw. The final relationship provides stability, balance, and aesthetics to the oral system and the mandible. The device can be worn outside or through the mouth to apply appropriate “biological force” on the teeth, thereby affecting the alveolar and jawbone and causing physiological changes so that the teeth will move to correct rejection.
Ortho Technology Makes Treatment Faster:
From cone-beam CT scanners in the office to orthodontic miniscrews, clear braces, passive self-ligating braces, and custom smile design, Dr. John Graham discusses the latest in orthodontic technology. Ortho technology practices have evolved considerably over the last 20 years. Back then, the standard of care was large, with traditional brackets and wires that fit every mouth. Too many teeth had to be extracted. In the orthodontic profession, adopting the latest technology can help you deliver an enhanced level of treatment and impressive results to your patients that can greatly contribute to a thriving practice. Referring a patient to an orthodontic specialist who uses the latest technology is the best way for general dentists to ensure favorable outcomes for their patients who trust and value their recommendation.
Research Indicators for Orthodontics:
Treatment effectiveness is divided into extremely effective, effective, and ineffective categories. This treatment is extremely effective: after treatment, the patient’s teeth are clean, the coverage rate is accurate, and he or she can eat normally without any concern. It is effective: the patient’s tooth failure is corrected, and the design is relatively neat. The coverage rate is correct. The treatment does not meet the above criteria, the dental dysfunction is obvious, and there is no sign of improvement. A measure of the overall effective rate is computed as follows: (extremely effective + effective)/total number of cases * 100%. A direct calculation of the arithmetic mean for a sample of fewer than 30 cases is suitable for data with less than 30 cases (called the small sample). Adding up the values of the variables and dividing them by the number of cases yields the arithmetic mean.
Making Lingual Brackets:
Investment casting is the most common method of manufacturing personalized precision metal products in the medical field, especially in dentistry. Dental restorations, personalized implants, and other medical devices are cast by investment casting after a wax model is made, then the wax model is embedded in a mold with plaster embedding powder, and then it is baked and cooled. Create a wax mold, evaporate it to create a cavity, and then use centrifugal casting or vacuum casting to fill the cavity. Individualized orthodontic brackets cannot be manufactured using standard bracket machining methods due to their small size and high precision requirements, and must be manufactured by investment casting. Investment casting usually consists of pressure molding, wax mold pressing, wax mold assembly, dipping coating, hardening and drying, dewaxing, roasting, pouring, sand falling, and cleaning.
Category: Technology