These non-precious full metal restorations utilize a biocompatible certified white alloy. Our CAD/CAM processing produces excellent occlusion, precision contacts, and beautiful anatomical form.
Producers using state-of-the-art digital design software and 3D printing methods, Bioceram non-precious restorations offer premium crowns & bridges with fixed-price alloys.
Our BruxZir solid zirconia Crowns & Bridges are virtually chip-proof and unbreakable. Produced with CAD/CAM technology, these new restorations are an ideal solution for posteriors and implants.
Transmit your digital impression scans to us and we will design and print accurate 3D resin Crown & Bridge models. The articulated models come complete with removable dies and ditched margins.
Our CAD/CAM computerized wax-ups serve as an excellent diagnostic and patient communication tool. As well, this design may be used as a template for the temporary restoration matrix.
PMMA temporary crowns and bridges offer excellent esthetics, durability and function. These restorations are manufactured using the latest digital design technology and plastics engineering, and are available in 16 shades.
Our revolutionary new e.max CAD/CAM ceramic restorations offer the latest in digital design technology and ceramic engineering science. IPS e.max is the ultimate in metal-free esthetics and strength, offering a wide range of restorative options for veneers, inlays, onlays, crowns, bridges and implants.
These lithium disilicate CAD/CAM all-ceramic restorations offer the latest in digital design technology and ceramic engineering science. IPS e.max is the ultimate in metal-free esthetics and strength!
This digital design CAD/CAM restoration utilizes a milled lithium disilicate e.max material for strength and esthetics. 2mm of occlusal clearance and adhesive cementation is recommended.
IPS e.max is the most widely used smile-design ceramic in the world! This esthetic, translucent lithium discilicate material offers 400 Mpa of flexural strength for long-term durability.
The new iZir-BruxZir Full Arch Implants incorporate state-of-the-art computer aided design, milling solutions, and ceramic materials science. This implant retained solid zirconia restoration offers high strength, comfort, and esthetics.
These unique new resin nanoceramic CAD/CAM restorations offer offer long-lasting esthetics and performance. The shock-absorbing characteristics make this material an excellent choice for inlays and onlays.
Upload your digital STL impressions to us and we will print precise 3D resin models. Choose semi-hollow resin printed models with a horseshoe, low profile, or full profile base.
The 'Gold Crown" continues as it remains the strongest restorative material available. This restoration is excellent in the posterior where only reduced clearance is available.
Noblecap restorations utilize ‘state of the art’ digital design and manufacturing techniques. The noble-alloy-included allows for predictable lab-fee quoting.
These noble-metal-included restorations utilize CAD/CAM manufacturing to offer the benefits of digitally equilibrated occlusion, virtual precision contacts and beautiful anatomical form.
Our die-stone Crown & Bridge models are fabricated with removable, ditched dies. Select an adjustable articulator mounting for greater accuracy and functional occlusion.
The traditional PFM still remains as it offers strength, esthetics, marginal integrity, and predictability! Choose your favorite alloy composition and we will layer with esthetic IPS e.max ceramics.
Select attachments from a variety of options and brands. We will incorporate the attachments and provide precision milling into fixed/removable combination cases and coordinate to successful completion.
Send us your alginate or PVS impressions and we will produce dense stone master models. Our gypsum vacuum mixing equipment removes all bubbles for accurate anatomical models.
These screw-retained restorations offer predictable retention, ease of retrievability, and reduced risk of residual cement
Our state of the art, Zceram restorations utilize CAD/CAM manufacturing techniques to produce a dense sintered zirconia oxide framework layered with e.max ceramics.
These esthetic full-contour graduated zirconia crowns & bridges offer high strength and durability with 1100 Mpa strength!