AccuFab-CEL

Innovation serves as the backbone of modern dentistry, propelling practitioners toward previously untapped potential in their daily workflows. Accuracy, speed, versatility, and efficiency are not merely sought-after ideals, but nonnegotiable standards that SHINING 3D Dental has ingrained into its entire portfolio of digital solutions.

Over the past 2 decades, the company has become synonymous with these standards, focusing its digital advancements on further streamlining clinician's workflows, improving patient outcomes, and shaping the future of dentistry with the same level of care that clinicians aim to provide their patients.

With that, its newly launched 3D printer, the AccuFab-CEL, is no exception.

Seamless In-Office Fabrication

The AccuFab-CEL features Collimated Programmable Lithography technology, which helps ensure uniform light distribution and enhance the printer’s accuracy within ±35 .m. Users can control printer settings and visualize printing progress with its user-friendly interface, and a new mainboard and high-performance light panel effectively shorten printing times and increase overall efficiency.

With a specified layer thickness of 100 .m, clinicians can print orthodontic models in just 14 minutes, as well as surgical guides or implant models in 20 minutes. These printing times can vary depending on different layer thicknesses, as well as the number of printable layers in each application.

Improving Patient Outcomes

The AccuFab-CEL incorporates SHINING 3D’s pioneering ceramic platform, which offers small-scale, high-value printing ideal for crown, bridge, and full-arch applications. The smooth surface of the technology prevents excess residue from adhering to printed products—ensuring safety and a hassle-free cleaning process.

"Our goal is to enhance efficiency for dental professionals and improve patient outcomes," said Kevin Ping, Product Manager for SHINING 3D Dental. "AccuFab-CEL is a powerful addition to our end-to-end solution, helping clinicians in their treatment."