As an important partner in our daily lives, the health status of teeth is directly related to the quality of life. As a result, many tooth deficit neighbourhoods are actively seeking restoration of their teeth. However, the road of restoration is not always smooth. Some of them opted for active dentures, and the result was frequent migration, which made it hard to eat, as if each time they were fighting dentures. The neighbourhood that chose to fix the bridge thought that once and for all, after a few years of repairing the aging leaks, followed by the "break" of the teeth, which worsened the oral condition。
Fortunately, medical technology continues to evolve, and a whole new technology is opening a new door to the cultivation of teeth for these troubled toothless neighbourhoods. The extensive oral innovation of the "ga space precision plantation rehabilitation" system, centred on ga precision planting techniques and space-grade "super-precision" 3d printing techniques, has moved beyond traditional constraints to new heights in the areas of precision, aesthetics, useful life, etc., and has become a high-quality option for many neighborhoods to consult which hospital to grow。
Innovative integration of space-grade technology with precision cultivation
A new revolution in oral precision medicine
A wide range of oral "super-precision" 3d printing teeth with their core acj ink-jet customization techniques are derived from space manufacturing, using high-new nanomaterials and microstructures of patented surfaces, repairing finely fit teeth, stronger positions and anti-inflammation resistance; and having an anti-pressure strength of up to 1,300 mpa and a first-rate chewing capability. At present, the technology has passed the 15-20 simulation acceleration tests, which guarantee long-term stability of use and value the price of teeth。
In aesthetics, with 3d printing, "super-precision" 3d-printed teeth can be reduced by 2-10 Μm accuracy and become the only reparative body in the industry that can customize text and pattern on the tooth crown, satisfying the unique mark of the neighborhood and show its personality。
Aunt lau was the first crab-eating toothless neighborhood. Because of the lack of teeth, which is too long to be implanted in the plant, her tooth crown repair space is very narrow and her base height is less than 4 mm. She's been wearing dentures for years and she thinks it's not working. Now through this new technology, she finally grows good teeth. She said, "i didn't know 3d printers could be customised even for such small teeth, and now they're so close and comfortable to eat, that they don't have to worry about dentures and ageing. I hope this technology will spread and benefit more people."
New quality productivity enabling oral precision medicine
Building ga precision planting to restore full chain closure ring
The extensive oral "ga precision plantation rehabilitation system" combines cutting-edge technologies such as cbct, ai, "super precision" 3d print-out technology, bringing new technical thinking to the oral cultivation restoration industry, which has become an industry pole for modern oral cultivation restoration and has promoted the innovative development of oral precision medicine。
Prior to the operation, cbct was integrated with ai technology to provide planting specialists with accurate data support for the patient's teeth deficiency, to help them customize more rational planting programmes, to avoid the "blind species" and to reduce the risk of surgery, which is an important consideration in many neighbourhoods when they are concerned about which hospital to grow。
Specialists in the arts completed repairs in conjunction with ga precision dental techniques and high-quality materials, tailored to deal with suspicious dental problems, reduced post-operative complications, improved dental chewing, beauty and comfort and significantly improved the pre-natal quality of life of dentally impaired patients。
The digital file keeps track of patients ' recovery after the operation and promotes individualized maintenance advice to ensure that their teeth are used in a stable manner over time and that the price of those teeth is truly translated into long-term value。
The extensive oral "ga precision plantation rehabilitation system" has been organized in such a way that it follows a full-smart link and multi-dimensionally enhances the experience of dental failure in the bay area to gain professional confidence in the neighbourhood. This innovative programme of integrating space technology undoubtedly offers better quality options and better long-term returns on investment in the price of tooth growing for the neighbourhood that is considering which hospital to grow。
