CyrtinaCAD40 was developed from 1988 onward to one of the most comprehensive design software for the production of all dental restorations on the market today. In the last three decades especially implant software for scanning en designing crowns and bridges for 40 implant types on the market was added. Interested? Contact us.

 Features:

Major Features

• Fast and adequate digital communication of DICOM 3, STL and patient data
• User-friendly, few buttons, intuitive but complete graphic user interface
• Focus on mistake prevention in the electronic patient records
• Permanent (24 hrs) availability of the patient data for all authorized care providers
• Priority on theft prevention
• Requirement elicitation driven by users to keep close to context of daily practice
• Data can be accessed at different locations (“Google”-approach)
• Keep system simple within realistic ambitions

• After reconstruction of the surfaces they can be dignosed with Prepcheck, indicating in orange 8-16^o good retention area, in red <80 too steep area and 90-135o support area. The support area at the shoulder (2 mm ) is calculated separately.

• Warning for bridge too long or tooth too high.

• Definition of restoration.

• When the pillars of a bridge diverge too much a grind cap is made of dark blue PU.

• Mucosa areas larger for pontic design.

• Root solid and visible for design check.

• Make prep longer on die.

• Pull on spacer. To block out bubbles or holes in gypsum models.

• Reconstruct stays on top.

• Abutments.

• XML file reader and writer.

• To make a CyrtinaSetup CD, a dialog screen is added to CyrtinaCAD40 and ScanManager40 to obtain (adress) data of (new) customers.
• Cyrtina STL.
• Virtual articulation.
• When pushing the button Built Coping, for all displayed dies on screen a standard coping is calculated (thickness=0,7 mm, spacer 0,02-0,05, etc).
• The coping can be made in an anatomically reduced form by placing a library tooth over the coping and adjust orientation on the screen to match the coping. Reduce the shape by downscaling, whereby the first even hickness coping is not reduced in thickness.
• After designing the restoration a number of three dimensional views are generated that can be printed: Design Check
• Incisal library
• Simple coping dialog
• Automatic setting coping thickness in relation with position in the mouth
• Less dynamic operation. Buttons not in use in grey
• Start incisal higher above prepline and variable interpolation curve
• When selecting the “Insert Pontic” button a select view box appears where the user chooses the type of pontic he wants to select.
• The pontic can be modified at the bottom part by several shift-clicks in vertical and horizontal position
• A pontic can be modified to a reduced shape by first adjusting the size of the pontic in the available space and adding the occlusal part of a “crown” up to the “equator” of the pontic
• Bigger area of mucosa, so that design pontic is facilitated.
• DesignCheck: communication tool consisting of a multiple view of the designed restoration as a check.

• Design of implant bars. Implant bars are automatically converted to STL.

• The input screen contains possibility for PRIMERO crowns and bridges, construction bars, abutments, crown on abutment, models.
• In a new orderscreen the new products that can be produced is used to represent them.
• Designing models and removable dies in CyrtinaSTL. The outer edge of the models must be indicated here. The preparation line must be indicated as well as the direction of the stump to be extracted.
• The iTero clicker is still used to check models. The iTero clicker is still on the left side of the design process.
• The models software makes extensive use of STL stitching to, for example, remove the loose stump from the neighbors scan, to shorten the neighbors scan for the model, or to engrave the letters of the order information.
• Attaching an (iTero) articulator also uses stitching. Stitching of STL surfaces is a major problem. The given STL surfaces are far from ideal.
• There are many flaws in the STL surfaces that make the stitching not always work.
• Bar design moved from CyrtinaSTL to CyrtinaCAD40. Simultaneous in upper and lower jaw.
• New Orderform with all the products (Models, PRIMERO, Bar).
• Library function from CadTest (+save pontic/incisal) Drag / smoot area for FullZir PrepAngle Dialog mutual for Dentine + Incisal.
• Dentist version only create and send OrderForm (empty CAD file).
• Check pontic libary.
• Overview materials and PRIMERO settings, prep thickness etc.
• Calculate de shrinkage of  PRIMERO Enamel.
• Order state Form + Plan for Dentist OrderForm.
• Product state for Specials-IN / Specials-Planned + Models-In / Planned.
• Import STL in CAD.
• Use STL in CAD  (no standard convert to PTS, only at extract etc.
• {work in PTS or STL mode).
• Convert StlSurface=>XtlObject.
• Painting XTL is to slow (5x).
• Import ExoCAD order info.