Starting from the actual needs of digital dental medical care, with the research and development goals of "precision, accuracy, efficiency, and automation", by adopting the latest intelligent and digital solutions, and combining dental digital diagnosis and treatment support technology with the research and development of intelligent manufacturing equipment, we can achieve the goal of reducing The purpose of improving the clinical level and efficiency of diagnosis and treatment is to meet the society's increasing demand for oral medical care due to the uneven medical quality caused by individual technical differences among doctors.

1) Preliminary research basis and results

·Comprehensive application of digital technology in orthodontic clinical practice

  1) Computer-assisted collection of patient oral data.

  2) Analyze the collected data, design diagnosis and treatment plans, and animate the expected effects.

  3) Automated manufacturing process of dental digital products.

  4) Fast and intelligent manufacturing-guided chairside diagnosis process (traditional orthodontic treatment with braces for 3 weeks can be completed chairside within 1 hour). (30 successful cases completed) 

  ·Digital manufacturing of dental devices

  1) Orthodontics: 3D dental models, invisible and transparent braces, sports protection, whitening braces, etc.

  2) Implantation: 3D oral implant guide, implant auxiliary devices, 3D oral jaw model, implant abutment, and denture base.

  3) Restoration: ultra-fast laser milling of high-precision all-ceramic crowns, 3D printing of all-ceramic teeth, veneers, inlays, cast porcelain teeth, etc. 

  ·The latest developed dental digital manufacturing equipment 

  1) High-precision femtosecond laser milling ceramic equipment: It can quickly and accurately process various types of fixed restorations in the oral cavity. It replaces traditional mechanical physical processing, eliminates the use of consumable needles, and reduces processing and production costs.

  2) Nano-ceramic resin 3D printing equipment: 3D printing manufacturing accessories and inlays, Advantages of indirect bonding of dental crowns: reducing material waste and improving processing accuracy (9 (between 10 microns and 50 microns)), saving manufacturing time and reducing clinical chair occupancy time.

     3) Fully digital braces design and manufacturing can dynamically present the application of intelligent design and laser manufacturing in all aspects of braces manufacturing.

2) Research plan and expected results

Cooperate with dental manufacturing-related companies to realize the industrialization of equipment, and cooperate with medical institutions to accelerate the promotion of immediate orthodontic treatment options at the chairside.