Zirkonzahn

	Accurate patient evaluation-for added safety when planning dental restorations

 helps ascertain the occlusal plane, complete with its asymmetries, without the usual facebow transfer.

Visualized at its natural inclination, the occlusal plane is easy to reproduce on the 

 with the appropriate geometries. The patient’s important intraoral data (the midline and the occlusion plane with its three-dimensional shape) is processed and faithfully reproduced.

10 Questions: Zirkonzahn's Enrico Steger on artistry through CAD/CAM

	This allows possible compensations to be detected prior to developing a treatment plan for laboratory or chairside restorations, minimizing or completely eliminating any sources of error, particularly during data transfer, that might otherwise occur when planning or fabricating a dental restoration.

	Face Hunter-3D facial scanner for photorealistic visualization

	Ideally, the physiognomy of the patient is taken into account when designing a dental restoration. This step can be taken with the 

. A single click will digitize a face within three-tenths of a second. The 3D digital image is a photorealistic representation of the final restoration, making the planning process more reliable for the dental technician, dentist and patient.

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		Planning reliability for the dental technician, dentist and patient through the manufacture of tooth restorations based on the patient’s physiognomy.

		Intuitive controls: digitization with a single click.

		High scanning speed: less than three-tenths of a second per face.

		Extremely good integration into the Zirkonzahn workflow. The facial-scan data is incorporated into the data obtained by the 

		Ideal for presenting restoration and patient consultations when combined with the 

 (photorealistic visualization in realistic colors).

	Scanner S600 ARTI-a high-precision, structured-light optical scanner

For an uninterrupted digital workflow, the data received and the corresponding coordinates in three-dimensional space must be correctly matched. The fully automated S600 ARTI structured-light optical scanner and the virtual articulator implemented in the Zirkonzahn modeling software join forces to perform this task easily and masterfully.

	The scanner acquires data from the PS1 articulator, both of the models and of the articulator itself and transfers the data directly to the software’s virtual articulator. More than 20 software modules are available specifically for this purpose.

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 and his team of researchers incessantly work on new innovations. Steger himself has already invented and launched various products on the market, from 

the manual copy milling system “Zirkograph”

 to an extensive range of CAD/CAM machines and accessories. Quite in line with the company name, Zirkonzahn has always remained loyal to the material zirconium oxide, the connecting element.

More from Zirkonzahn: A new, super translucent zirconia for ideal esthetics and strength

Zirkonzahn’s first development in terms of zirconia was 

 Zirconia is a highly translucent, exceptionally biocompatible and nonporous material. Thanks to its high translucency, natural appearance and a special coloring technique, it is possible to entirely eliminate the use of veneer ceramics in all functional areas of the denture. For this, the zirconia should be stained with infiltration colors before sintering. The glazing occurs afterwards.

 Bridge firmly established among experts, Zirkonzahn has now succeeded in making another technical progress: 

. Prettau® Anterior® is a new and extremely biocompatible zirconia material that is especially suited for use in the anterior tooth area due to its high translucency. Thanks to its high bending strength, it offers an ideal alternative to lithium disilicate. In a test procedure carried out by the University of Pennsylvania and aimed at determining the bending strength, Prettau

 reached a value of 670 MPa. In the biaxial tensile test carried out in accordance with ISO 6872, lithium disilicate only showed values of approx. 360 MPa (+/- 60 MPa).

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Due to the optimized microstructure of the zirconium oxide, Prettau

 is not only highly translucent but also particularly esthetic. In combination with 

, especially developed for this purpose, as well as 

 and the ICE Zirkon Malfarben 3D by Enrico Steger Stains, it is now possible to work fully anatomically also in the anterior area. In this way, the problem of ceramic chipping also can be avoided. As with Prettau

 Zirconia, the know-how of the dental technician is not particularly required for the layering technique but rather for the coloring technique. The occlusal surface no longer needs to be tediously layered with ceramics as it is being directly copied from the modeled tooth.

	The development of the compact line was based on the proven M5 milling-unit technology of Zirkonzahn’s flagship range and is available in several models designed to match the needs and budget of any dental laboratory looking to take advantage of computer-aided manufacture. 

The four-axis Milling Unit M1 Abutment model

 can, for example, process precast titanium abutments 

, as well as glass ceramics (the Raw-Abutments

 can also be processed with the M5 and M1 Wet Heavy Metal Milling Units with the aid of the Raw-Abutment

Related reading: Zirkonzahn line of M1 milling units offer multiple options for milling

	Alternatively, the M1 Soft, M1 Wet and M1 Wet Heavy Metal models are provided with intelligent five-axis orbit technology to deliver the ultimate in versatility. This means milling is possible in any conceivable plane-even undercuts and diverging abutments are processed simply and quickly. Thus, besides crowns, bridges, inlays, onlays and telescopic crowns, full zirconia abutments, screw connections, attachments, bars and full prosthesis can be created. Each model is designed to work with different materials.

	The M1 Soft will mill all soft materials, such as Prettau

 Zirconia, Zirkonzahn’s signature translucent zirconia material, as well as PMMA, wood, wax or even sinter metal. The M1 Wet also incorporates a wet-processing function that allows grinding of not only soft materials but also the increasingly popular glass ceramics. The top-of-the-range 

 offers complete versatility with both wet and dry processing functions for all soft materials and glass ceramics, as well as hard materials, including titanium and chrome cobalt. The Compact line Milling Unit M1 is particularly compact and space saving (48 x 69 x 61 cm / 19 x 27 x 24 in.) and is characterized by its extremely short milling time thanks to the high speed milling engine.

More great reading: How to take your lab from traditional to all-digital

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