Unique optical system with four 5MP cameras, and a new multi-die solution
Four high-res 5MP cameras and new blue LED technology provide extraordinary speed and highly accurate color scanning. Perfect for large high volume, productive-orientated labs.
RealColor™ Technology captures all textures and colors Market's most extensive suite of scan indications Implant bridge and bar accuracy High productivity with Multi-Die scanning
RealColor™ Technology captures all textures and colors
Texture scanning captures 2D images of the model surface and precisely overlays these on the 3D model, enhancing visualization of surface details and allowing technicians to include hand-drawn design guidance markings in the digital design. RealColor™ Technology on the D900 allows technicians to capture colored markings, indicating different design details. Pantent Pending.
Market's most extensive suite of scan indications
All standard scan indications and in addition impression scanning, post & core, 16-unit bridges, articulated antagonist model, wax-up bridges for copy milling, deep inlays, pre-preparation model, un-sectioned model for temporaries, implant position and orientation detection, wax-up customized abutment and wax-up implant bridges for copy milling. The range of available indications depends on the Dental System™ version - Standard/Premium.
Implant bridge and bar accuracy
Every day labs all over the world are using 3Shape's high-end scanners to produce implant bars and bridges of an exceptional quality that few others can deliver. 5.0 Megapixel cameras, in combination with high quality scan abutments, enable accurate 3D capture of both implant positions and orientations ensuring excellent passive fit.
High productivity with Multi-Die scanning
Multi-Die scanning provides labs with efficient batch and multi-case processing. Dies for one or more cases are fixed to the Multi-Die plate, and scanning is automatic, freeing the technician to work with other tasks. Next generation multidie technology on the D900 optimizes speed and performance without compromising accuracy.