ECLIPSE (Kiss)

Zirconia

Zirconia crowns: milled, colored, finished

Consistency

Consistency is the most important factor to keep as the manufacturer. We keep our high quality products and support consistent for our customers. We believe trustworthy products come from that.

Different from other manufacturers, AMS has a unique manufacturing technique that makes it possible to use ~100 nm zirconia powder to fabricate discs, while most others cannot use such small sizes. Small particles give restorations a small grain size after sintering, and many material researchers say smaller grains result in higher strength and higher translucency.

Uniformity of density is another strength of AMS zirconia. This uniform density gives a perfect fit when you set bridge restorations on the model.

ECLIPSE discs, bridge on model, and SEM image of sintered grains
ECLIPSE discs · bridge fit on model · sintered grain structure (SEM)
Specification

ECLIPSE (Kiss) Zirconia

ModelStrengthTranslucencySinteringShade

◎ Translucency scale: 5 is the most translucent.

Lineup
Full-arch and bridge cases in ECLIPSE V2.0 and Plus 2.0
EC V2.0 · EC Plus 2.0
Kiss 1.0 cases on model and in mouth
Kiss 1.0
Strength

ECLIPSE V1.0 · V2.0

V1.0 has the highest strength and is available only in white discs. Classic zirconia, good for posterior, anterior and bridges (even full bridges).

V2.0 White and Shade discs have higher strength and high translucency. Shade discs come pre-shaded in A1, A2, A3 to save working time.

Balance

ECLIPSE Plus 2.0

White and Shade discs slightly adjusted from V2.0, with higher translucency than V2.0. Shade discs come pre-shaded in A1, A2, A3 to save working time.

Aesthetics

Kiss 1.0 · Kiss Plus · Multi Layer

Kiss 1.0 has the highest translucency for the most aesthetic restorations, compatible with e.max and build-up. Good for anterior up to 3-unit bridges and single posterior.

Kiss Plus 1.0 is born from Kiss with higher strength. Multi Layer has a strong cervical area (about 1250 MPa) and the most translucent incisal area; A2 pre-shaded, for posterior and anterior up to 3-unit bridges.

Sintering

Sintering schedules

Sintering schedule to 1450 ℃, total 3h 29min
Sintering schedule to 1450 ℃, total 7h 33min
Sintering schedule to 1450 ℃, total 10h 17min