Sino-Dental® Observation | Shining3D Tech Co., Ltd. AI Design Debuts, Single Crown Generation in Just 60 Seconds

DentalGoodNews | June 9, 2026. Shining3D Tech Co., Ltd. (SHINING 3D) was interviewed by DENTALGOODNEWS (Leading Dental Industry Media, DGN) during the 30th Sino-Dental, introducing key new products including its AI design and the Yunshuhao® Digital Full Denture Solution.

It is reported that AI design is a newly launched intelligent design function by Shining3D this year, covering two scenarios: the dental lab and the clinic. In the clinic, this function can address the lack of dedicated design personnel. In the dental lab, with batch tool plugins, only one staff member is needed for quality inspection, while all core design work is automatically completed by AI. The generation logic is based on big data training, enabling precise perception of dental arch structure and restoration boundaries. Combined with projection dimensionality reduction and generative adversarial networks, it automates the prediction and 3D reconstruction of crown morphology, achieving intelligent restoration design with biomimetic and natural forms. A single crown generation takes only 60 seconds, and it supports batch AI design, making it particularly suitable for large-scale production in dental labs.

Complementing the above design capabilities, Shining3D simultaneously showcased the new AccuFab-Alpha automated 3D printing system. After sending design data to initiate printing, the entire process from automatic layout and slicing, automatic material injection, automatic mixing, automatic printing, automatic part removal, to automatic cleaning and drying is fully automated. The operator can open the chamber door and retrieve finished products. According to the brand, the AccuFab-Alpha is one of the most highly automated printing systems currently available on the market. The system features a built-in lightweight CAD design system, covering multiple applications such as temporary crowns and bridges, occlusal splints, retainers, and IBT orthodontic guides. It supports one-click direct connection to automatic layout and intelligent slicing, forming an end-to-end closed loop of "Scanning - Design - Printing" with Shining3D's intraoral scanners and AI design system.

In the full-arch restoration scenario, the Shining3D Yunshuhao® Digital Full Denture Solution was also unveiled, integrating four core steps: optical edge molding scanning of the edentulous arch (including the muscle static line function), digital determination of the jaw relationship, temporary denture printing and try-in, and 3D printing of the full denture.

Among these, the try-in dentures are printed using a light-curing temporary crown and bridge resin material for additive manufacturing that has obtained the NMPA Class III medical device registration. The flexural strength reaches 100-120 MPa, allowing comprehensive in-mouth testing of retention, eating, and pronunciation. After adjustments, patients can take the dentures home for a trial period of several weeks to fully verify occlusal function, retention, and comfort before the final restoration.

It is worth noting that the entire workflow, from intraoral scanning of the edentulous arch and digital jaw determination to 3D printing of the denture, takes only 3 to 4 hours, enabling same-day denture delivery for patients. Currently, Shining3D's self-developed light-curing denture base resin material for additive manufacturing has also obtained a Class III medical device certificate. It is reported that the Class III certificate for the crown and bridge material used in final restorations (registered name: "Light-curing Crown and Bridge Resin for Additive Manufacturing") is expected to be issued in July this year. At that time, the final restoration will be able to meet the requirements for long-term intraoral use over several years.