At a time of rapid development of oral medical technology, the cultivation of teeth has become the ideal option for many people with missing teeth to regain oral health and self-confidence. The advent of the 3d gps system of intelligent and dynamic cultivation has brought about subversive changes in the area of tooth growing。
I. Super-high accuracy to avoid human error
Traditional dental surgery relies heavily on the personal experience of doctors and has a certain “blindness”. However, the 3d gps smart dynamic planting guidance system, such as the installation of precision navigation for dental operations, was used. The system is able to obtain very comprehensive oral data, including the density of the cavities, the direction of the neurovascular and the spatial position of the teeth, by scanning the oral cavity of the patient with a three-dimensional cbct before the surgery. When these data are imported into the professional software, doctors can build precise 3-d skeletal models. During the operation, the system monitors in real time the angle and depth of the drill and automatically circumvents critical anatomical structures such as the hypothalamus neural tube and the upper cavity. Its impressive accuracy, which reduces its location deviation to within 0. 03 mm, equals the fine engraving of grains, has enabled the plant to be accurately implanted in the intended position, has greatly improved the success of the planting operation and has laid a solid foundation for the long-term stabilization of the use of teeth by patients。
Ii. Microstart operations to alleviate patient suffering
Traditional tooth-growing operations often require the removal of large areas of toothbrush for petalization, which is more traumatic, often accompanied by visible swelling, pain and longer recovery cycles. Micro-planting has been made possible through the 3d gps smart dynamic farming guidance system. The precision of the location of the planting sites allows doctors to minimize damage to their teeth and surrounding tissues during the operation, and in many cases large-scale corrosive and stitching operations are not required. In addition to significantly reducing surgical haemorrhage and the risk of post-operative infections, this micro-initiation can significantly reduce post-operative swelling and pain, allow patients to complete dental surgery in a comfortable state, and significantly reduce post-operative recovery time and enable patients to return to normal life more quickly。
Iii. Reducing the length of operations and improving efficiency
In traditional tooth-growing operations, doctors need to repeatedly confirm the location and angle of the plant, which will undoubtedly prolong the operation. The 3d gps smart dynamic cultivation guidance system provides doctors with real-time, visual surgical navigation. After careful planning of planting programmes through the system prior to the operation, the doctor is able to quickly and accurately complete the implantation of the plant during the operation in accordance with the guidance of navigation. The entire process is like driving a vehicle in accordance with navigation, and the route is clear and does not need to be checked and adjusted. This has resulted not only in a significant reduction in the length of surgery, but also in the waiting time for patients on the operating table, as well as in the stress and discomfort of patients as a result of prolonged surgery, but also in increased medical efficiency and timely access to quality dental care。
Iv. Broadening cultivation of adaptive diseases and addressing complex diseases example
Traditional tooth-growing operations often face many challenges and are difficult to implement in cases of poor osteoporosis, such as cases of poor bone size, osteoporosis, or complex situations such as uplifting and trachea. The 3d gps smart dynamic cultivation guidance system provides effective solutions to these complex cases with its strong data analysis and precision navigational functions. On the basis of detailed data provided by the system, doctors can develop individualized planting programmes and successfully perform tooth-planting operations for such patients through bone increment techniques, special plant implantation angles and location selection. This means that more patients who were considered unfit to grow teeth now have the hope of regaining healthy teeth, which greatly broadens the range of adaptations to grow teeth。
3d gps smart dynamic farming guidance system, with its many advantages of precision, micro-innovation, efficiency and wide range of adaptations, has brought a new experience of dental surgery, leading to a new era of greater precision, safety and efficiency in oral cultivation
