Tizian CAD/CAM System (3.5 ax) (pm 15)

Tizian CAD/CAM TM

Zirconium dioxide without limits

Schütz Dental GmbH • Dieselstr. 5-6 • 61191 Rosbach / Germany • Tel.: + 49 (0) 6003 814 - 365 • Fax: + 49 (0) 6003 814 - 907 www.schuetz-dental.de • export@schuetz-dental.de

Tizian CAD/CAM ™

n S T L - fi le s e p o , e e fr d d o n g le b a rc o d e - a n

Technology means: Computer-aided scanning with Tizian™Scan, constructing with Tizian™Creativ RT design software and milling of zirconium dioxide blanks with Tizian™Cut Tizian™ CAD/CAM is economical and very user-friendly: • Create added value for your lab with relatively low investment.

• All components are perfectly designed to complement one another.

• Easy to learn with basic computer knowledge.

• Wide range of materials: clear acrylic (for casting), zirconium dioxide, tooth-colored acrylic (for temporary constructions) • Open STL-files: You are free to send your pre-modelled case to a milling center, whose software / hardware is compatible to our system

Tizian Scan ™

It is not just its technology which makes this 3D-optical scanner an attractive option, but also its design and ease of use.

Features: Application: Individual stumps, bridges up to 16 units, abutment supra constructions, counter jaw, occlusal position, gingiva, wax-up.

• Open data interface, not exclusive to any particular CAD/CAM software or finishing process • Data generated in universal STL format • Scan time for a single stump < 2 min. for a complete jaw < 10 min. for a 3-unit bridge < 3 min.

• 3.5 axes for detailed and exact scan results • High depth of focus • automatic completion of smaller blank areas in the scan • rescan function for larger blank areas (no completely new scan necessary)

• Precision: better than ± 15 µm • High accuracy of fit • The sensor captures complicated bridge situations and stump geometries exactly without gaps or blind spots • Preparation margin is detected precisely • Easy to use software applications • No scan gipsum hecessary

Tizian Creativ RT ™

Production of a bridge with several units

Leaves nothing to be desired Scanning is a simple process. Once the order with the customer’s data has been created, the saw-cut model is set into the holder, an overview scan is carried out and the individual stumps are scanned in detail. The model is immediately displayed on the screen. Our CAD-program offers you multiple design possibilities. Offset copings, anatomic crowns and bridges, telescoping and conic crowns, inlays, onlays, veneers and more, are all easily designed with a system that runs almost independantly.

Intuitive menu management: In just a few easy steps you can create perfect restorations on screen. The program will lead you through the menus step by step. The learning curve is very short, thanks to the easy menu arrangement.

All important parameters are individually adjustable; for example, diameter of the connectors, the strength of the walls or the thickness of the cement gap.

02 Determine

01 Workflow: Creating a patient file

09 Margin des

Production of primary telescopes

Features: • • • •

Modellation in real time Subsequent finishing Automatic adaption to counter jaw and gingiva Individually editable pontic and tooth archives

02 Determine

01 Workflow: Creating a patient file

Production of an inlay

01 Scanned model

10 Bite registra adjustment

02 Finding the

bite registration

03 3D scan

04 After scan

05 Finding the prep margin

06 Finishing the pre

ign

10 Bite registration for adjustment of occlusion

11 Wax knife for finishing

12 Reduction

13 Positioning of the bridge units

bite registration

03 3D scan

04 After scan

05 Finding the prep margin

06 Finishing the pre

ation for of occlusion

11 Wax knife for finishing

12 Reduction

13 Positioning of the bridge units

14 Finishing of redu elements

prep margin

03 Finished prep margin

04 Generating the cement gap

05 Placing the inlay crown

06 Wax knife for fin

ep margin

07 Einschubeditor

08 Generating the cement gap

14 Finishing of reduced elements

15 Design of connectors

16 Finished bridge

ep margin

07 Einschubeditor

08 Generating the cement gap

09 Margin design

uced

15 Design of connectors

16 Individualization of the telescopes

17 Finished telescopes

07 Reduced anatomy

08 Finished inlay

ishing

18 Possibility to subsequ

uent finishing

Funktionen: Basic software package: • Automatic location of the prep margin • Individual, three-dimensional adjustment of the crown margin • Offset copings • Reduced anatomic crowns and bridges • Fully anatomic crowns and bridges • Crowns and bridges on abutment suprastructions • Hybrid abutments • Free gingiva adaption for modellation of the emergence profile • Telescopic and conic crowns • Anatomic inlays, onlays, and veneers • Inlay shells, inlay bridges, Maryland bridges • Uploading 3D objects (wax-up scans), reduceable • Inclusion of the scannend counter jaw • One-step overpressing modellation for crowns and bridges • Individually editable pontic and tooth archives • Gingiva margin can be designed freely and in reference to the connectors • Diversity of materials: zirconium dioxide, acrylic, metal (milling center) • Optimization of data sets for laser melting • Basic parameters can be saved differently for each user • Real time modellation • Statistic adjustment of occlusion to the counter jaw, while keeping the tooth shape respectively with the cut-back method • Designing contact points towards neighboring teeth, while keeping the tooth shape respectively with the cut-back method Optional features: • Virtual articulator (to be available soon) • Dynamic occlusion adjustment by means of an average value articulator • Abutment design (to be available soon) Tools for manual finishing: • Anatomic forming of defined areas • Virtual wax knife (editable, available in different knife shapes): applying, reducing, smoothing • Measuring /displaying material thickness, distances, penetrations • Individual lighting of different work areas on screen • All tools can be selected at any time during each step of the workflow All tools and options can be selected at any time during the workflow.

All parameters can be changed at any time, without loss of the complete data set.

The software facilitates access to the complete data set during and after the job, thus making corrections easy.

Tizian Cut ™

Milling at the touch of a button Simply secure the blanks by hand and you are ready to mill.

• • • • • • • •

Easy to handle because of very structured user guidance Material data is entered manually for ideal results Saves material by means of different positioning aids Mills bridges of up to 16 units 10 different blank sizes with appropriate receptacles Fivefold tool changer with automatic length measurement Short milling times (13-15 min/unit) Compact tabletop unit

Technical data Tizian Scan ™

Technical data of the scanner Dimensions: 650 mm x 420 mm x 420 mm Weight: 40 kg Input supply voltage: 110-240 V AC, 50-60 Hz Accreditation: CE Operational noise: < 70 dB 3D-stripe light scanner Scan area: 100 mm diameter x 30 mm Model colour: White aluminium (RAL9006) Scan time for a single stump < 2 min.

Scan time for a complete jaw < 10 min.

Scan time for a three-part bridge < 3 min.

Precision: more exact than ± 15 µm

Tizian Cut ™

Dimensions: 530 mm x 620 mm x 530 mm Jäger high frequency spindle up to 60 000 U/min Milling times: (13-15 min/unit) Accommodates 12 blank sizes, 16 and 20 mm height 2 precision mills 5-fold tool changer 3-axis engine plus one axis of rotation

Scope of delivery 3D-Scanner Tizian™ Scan including flexible model holder, connection cable loom, software CD with installation program, on-site training, also including PC with pre-installed software. Netviewer and FTP Server, for onlinesupport.

Mandler 02 / 2010

FOR FURTHER INFORMATION PLEASE CONTACT US AT: WWW.SCHUETZ-DENTAL.DE

Schütz Dental GmbH • Dieselstr. 5-6 • 61191 Rosbach / Germany • Tel.: + 49 (0) 6003 814 - 365 • Fax: + 49 (0) 6003 814 - 907 www.schuetz-dental.de • export@schuetz-dental.de