We use what we sell and stand behind our craftsmanship.
Chameleon HT Zirconia (1200 MPa / 45% Translucency)
High Translucent Zirconia (HT): This formulation is the all around work horse of our zirconia family. Made to be strong yet beautiful, it is a great fit for any case:
Single unit to full-mouth cases
Posterior and anterior
AT Zirconia (750 MPa / 50% Translucency)
Anterior Translucent Zirconia (AT): Designed for aesthetic cases. It is extremely translucent while retaining the structural integrity of a full contour restoration.
Single units to 2 unit anterior pontic span bridges or 1 pontic span posterior bridges.
Indicated for anterior cases with .7 mm bite clearance or posterior units with 1.0 mm wall thickness and 1.5 mm occlusal clearance with shoulder or chamfer margins.
From our High Aesthetic Zirconia line with 50% translucency.
Milled silicate ceramic for single unit full contour, cut backs, inlays and veneers.
Density = 2.3 to 2.6 g/cm3
CTE @ 500C = 8.5 to 11.0 x 10-6K-1
Flexural Strength = 400 to 460 MPa
Vickers Hardness = 5400 MPa
Solubility after sintering <100ug/cm2
Tilite Chrome (Sintered Alloy)
Tilite Chrome is a cost effective solution for a wide range of PFM cases. No more waxing and casting!
Great with a wide range of porcelains at 14.5 CTE
Perfect for copings and full contour
Elongation > = 2%
CTE @ 500’C = 14.5
Vickers Hardness = 270 +/- 27 HV10
Density = 7.9g/cm3
Modulus of Elasticity > = 200 GPa
Max Load Strength > = 800MPa
Max Yield Strength > =500MPa
Color = white
Chrome Cobalt (Hard CAD CAM Alloy)
Elongation = 11%
CTE @ 500’C = 14.3
Vickers Hardness = 255 HV10
Density = 8.4g/cm3
Modulus of Elasticity = 233 GPa
Max Load Strength = 678 MPa
Max Yield Strength = 396 MPa
Maximum Oxide Firing Temp = 980’C
Color = white
Calysta is a unique multilayered nano-ceramic material that delivers unparalleled aesthetics. Your doctors can add to it with light cure and polishing Calysta is quick and simple if any adjustments need to be made. This material is suitable for single crowns only.
80% Glass, 20% Polymer
Elastic Modulus Comparable to Dentin