AccuFab-D1 Dental 3D Printer
AccuFab-D1 is a desktop DLP dental 3D printer specially developed for use in digital dentistry. It comes with SHINING 3D’s own optimized data planning and printing control software, which ensures a user-friendly and intuitive workflow. AccuFab-D1 features high print resolution and an outstanding efficiency; it can be used in multiple applications maintaining great accuracy. This is the ideal printer solution for all dental customers wishing to enter into the era of digital production.
Use an advanced algorithm with Full-HD 1080p projector to print ultra-fine details.
With a build volume of 144*81*180mm and a print speed of up to 40mm/h, AccuFab-D1 is able to print 120 wax-up crowns in approximately 45 minutes, or 4 arch models in an hour.
Wide Range of Applications
AccuFab-D1 can be applied in a wide range of applications, such as dental working model, wax-up, surgical guide, gingiva, customized impression tray, bracket transfer tray, etc.
Powered by SHINING 3D’s self-developed software, AccuFab-D1 supports Z-axis auto-calibration, automatic support creation, for convenient post-processing.
It supports Wi-Fi connection, offering a smooth process of data transfer and print.
Open System & Material
AccuFab-D1 imports STL format data and provides flexible options for printing materials.
- Dental Model
- Castable Wax-up
- Surgical Guide
- Gingiva Mask
- Individual Impression Tray
- Bracket Transfer Tray
3D Printing Materials
SHINING 3D offers flexible material options for various dental applications. You could use either Shining Dent materials or your preferred third-party materials.
|Build Envelope (X/Y/Z)||144×81×180mm|
|Print Speed||40mm/h *|
|Layer Thickness||25μm, 50μm, 100μm|
|DLP Native Resolution||1920 x 1080 , 1080p|
|Power Supply||220V, 50W|
* The print speed varies and it is directly related to the different types of material or layer thickness.
* Notice: SHINING 3D reserves the right to introduce modifications or alterations to any of the specifications and images used in this document.