3D PRINTER
Accufab CEL
High Precision: They are designed for maximum accuracy, which is essential for fitting prostheses.
Speed: The emphasis is on efficiency for quickly printing multiple models or surgical guides.
Dental Ecosystem: They integrate seamlessly with Shining 3D intraoral scanners (such as the Aoralscan) for a complete digital workflow, from scanning to printing.
Open/Certified Resins: They are compatible with a wide range of certified resins for models, castables, guides, etc.

Professional cutting software / One-click printing
Enables one-click printing of various dental applications, such as restorations, C&B, splints, surgical guides, orthodontic models, etc. An advanced AI algorithm has been adopted to automatically recognize the characteristic surface in order to automatically plan the layout, automatically generate the support, and automatically perform cutting.
Cloud printer
Integrated access to Dental Cloud in AccuWare. Monitor, control, and crop your print files anywhere, anytime.
Multi-size ceramic platform
SHINING 3D is the first company to have designed a ceramic platform, which not only improves durability but also enhances the user experience.


One-click locking
AccuFab-CEL has improved platform locking, optimizing the user experience. One-click locking offers only two options: On or Off, providing clear visibility of status and allowing customers to easily start printing.
Uniformity of the light panel with high precision
AccuFab-CEL has achieved a high level of printing accuracy, reaching 35 μm. Uniform light distribution plays a crucial role in printing accuracy. SHINING 3D has developed a new technology called "collimated programmable lithography." When distributed evenly, printed models offer superior performance and accuracy.
Real-time detection of the cabin environment and heating
The temperature and humidity in the booth are continuously monitored during printing. The results are displayed on the printer's touch screen, alerting users to any conditions that could cause a print failure. If the temperature is too low, the chamber will be heated before printing. This heating function ensures accuracy and stability during printing, resulting in a higher success rate.

