Using the award winning AmannGirrbach Map400 and Mind software, we design our metal and all ceramic restorations incorporating the latest 5-axis scanner and design software. All stages of design can be screenshot and emailed for approval or discussion before construction, enhancing communication with the Laboratory. The materials milled in house include Premium Quality Y-TZP Zirconia, full contour monolithic Zirconia, IPS e.max lithium disicilicate blocks, wax, Enamic and Sintron –premiered at the IDS 2013.

The use of CAD/CAM enables unsurpassed accuracy and consistency giving total confidence to our clients.

The structures are finished with different porcelain systems (Noritake/Emax Ceram) to achieve an artistic finish with life like qualities in the restorations

We are capable of producing high quality custom abutment implant work.

Above work completed in collaboration with Dr Martin Kinsella

Available materials

Sintron disk

Sintron

• Telescope and conical crowns
• Custom abutments on titanium bases
• Multi-unit, screw-retained restorations on titanium bases
• Anatomically reduced and fully anatomical crown and bridge frameworks* in the anterior and posterior region (*Bridge framework with a maximum of two connected pontics in the anterior and posterior region and a maximum anatomical length of 50 mm (max. 4 units))
• Maximum process reliability – homogeneous and distortion-free frameworks without contraction cavities

Zi disk

Zi

• Crowns and bridges in the anterior and posterior region
• Telescope and conical crowns
• Custom abutments on titanium bases
• Multi-unit, screw-retained restorations on titanium bases
• A maximum anatomical length of 50 mm
• Extremely high flexural strength
• Optimum edge stability and milling properties
• Blanks tailored precisely to the dental arch contour
• High strength, rigidity and biocompatibility

Zolid disk

Zolid

• Monolithic (fully anatomical) crowns and bridges
• Anatomically reduced crown and bridge frameworks in the anterior and posterior region
• Telescope and conical crowns
• Multi-unit, screw-retained restorations on titanium bases
• A maximum anatomical length of 50 mm
• Fabricate fully anatomical monolithic restorations or anatomically reduced restorations made from translucent zirconia highly efficiently in-laboratory
• Avoid grinding in by producing a dynamic occlusal design
• High translucency
• Selective assortment ensures excellent aesthetics (cut-back technique)
• Specially coordinated to the CAD/CAM technique

Vita Enamic Blocks

Vita Enamic

• Inlay
• Onlay
• Veneers
• Anterior and posterior crowns
• Enormous strength
• Excellent reliability
• Restorations that are gentle on oral substance
• Fast and efficient fabrication
• Tooth-like properties
• Natural results that match the tooth shade

IPS e.max CAD Blocks

IPS e.max CAD

• Inlays
• Onlays
• Veneers
• Single crowns
• High aesthetics
• High strength
• Industrially prefabricated material
• Conventional and adhesive luting
• Veneerable

Vitablocs Mark II Blocks

Vitablocs Mark II

• Inlay
• Onlay
• Veneers
• Anterior and posterior crowns
• Good polishability and excellent enamel-like abrasion properties
• Optimal light conductivity effects and white fluorescence
• No crystallisation firing required
• Customisation using enamel porcelains and stains
• The fluorescence corresponds to that of natural teeth
• Available in different tooth shades

Vitablocs Triluxe forte Blocks

Vitablocs Triluxe forte

Ceramill pmma Disk

Ceramill pmma

• Frameworks for intraoral try-in
• Framework for the casting and overpress techniques
• Maximum span possible: bridges up to 14 units can be fabricated
• Transparent PMMA used for processing in the Ceramill Motion
• Class 1 medical device, approved for intraoral try-in
• Can be tried in intraorally to check the fit
• Contamination-free castings due to burning out without residue
• Industrially prefabricated material (material does not contain any bubbles or porosity)

Crown & Bridge