La coloration et le réglage de la translucidité des blocs IPS e max CAD HO ( IPS e max Press uniquement) et MO conviennent surtout à la technique de Utiliser exclusivement le support IPS e max CAD Crystallization Ivoclar Vivadent,
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œuvre selon la technique de PRESSEE et/ou la technique CAD/CAM Les produits blocs IPS e max CAD en vitrocéramique ou IPS e max ZirCAD en oxyde de zirconium hautement EP 5000, avec les céramiques Ivoclar Vivadent suivantes : – IPS e max (ATK2), kit Programat support de cuisson, câble de télécharge-
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la technique de pressée et/ou la technique CAD/CAM Le système Vous trouverez la gamme complète IPS e max sur www ivoclarvivadent com *Bientôt En cas de surfaces proximales à convexité prononcée sans support suffisant par
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IPS e max Press d'une vitrocéramique hautement esthétique et avec IPS Dans le domaine de la technique CAD/CAM, vous utiliserez, suivant le cas, les blocs IPS e max CAD Vous trouverez toute la gamme des produits IPS e max sous www ivoclarvivadent com prononcées sans support suffisant par l'épaulement
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Ivoclar Vivadent SAS B P 118 74410 Saint-Jorioz www ivoclarvivadent IPS e max Ceram stratifiée sur IPS e max Press ou IPS e max CAD (technique du
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digital equipment Ivoclar Vivadent offers full support and training for IPS e.max CAD is an innovative lithium disilicate glass-ceramic (LS2) for the ...
With this technique zirconium oxide-supported IPS e.max CAD restorations can be Crystallization firing in an Ivoclar Vivadent ceramic furnace (e.g. ...
The press-on technique efficiently produces zirconium oxide- supported (multi-unit) bridges and crowns as well as implant superstructures. IPS e.max ZirPress
logy (Vita Zahnfabrik) and the CAD-on technique (Ivoclar. Vivadent).15-18 All CAM-manufactured veneer (lithium disilicate; IPS e.max CAD;. Ivoclar ...
IPS e.max ZirPress is a fluorapatite glass-ceramic for the rapid and efficient press-on technique onto zirconium oxide frameworks (i.e. IPS e.max ZirCAD)
The CAD-on technique seems to be a very promising fabrication process because it showed thick layer of zirconia (IPS e.max ZirCAD Ivoclar Vivadent
Long-standing support from dental technicians dentists
CAD-on technique IPS e.max ZirCAD Prime is the revolutionary Multi zirconium oxide. ... The presence of the manufacturer's name Ivoclar Vivadent
After the IPS e.max CAD blocks are milled the restoration is crystallized in an Ivoclar Vivadent ceramic furnace (z.B. Programat® P510). Unlike with some.
Staining technique on the "tooth-coloured restoration". 44. Crowns on IPS e.max CAD Hybrid Abutments. 46. Permanent Cementation Ti Base / Ceramic Structure.
IPS e max CAD by Ivoclar is the world's best-selling glass-ceramic For over 15 years it has been known for its high strength and esthetics
The IPS e max Press and CAD lithium disilicate glass-ceramics are characterized by their outstanding esthetics and high strength (360–400 MPa)
Après usinage des blocs IPS e max CAD la restaura- tion subit une cristallisation dans un four de cuisson céramique Ivoclar Vivadent (par ex Programat® P300
After the IPS e max CAD blocks are milled the restoration is crystallized in an Ivoclar Vivadent ceramic furnace (z B Programat® P510) Unlike with some
IPS e max CAD is the innovative lithium disilicate glass-ceramic (LS2) for the CAD/CAM technology It is unique and combines an outstanding esthetic
After the IPS e max CAD blocks are milled the restoration is crystallized in an Ivoclar Vivadent ceramic furnace (e g Programat® CS) Contrary to some
The crystallization takes places in a combined IPS e max CAD-on Fusion/Crystallization firing in an Ivoclar Vivadent ceramic furnace (e g Programat® P700)
IPS e max CAD is a versatile and reliable lithium disilicate glass-ceramic for the CAD/CAM technique It is used to fabricate single-tooth restorations
Cette gamme de produits est coordonnée aux céramiques de stratification de pressée et de CAO Ivoclar Vivadent* quel que soit leur CDT et offre de nombreuses
these materials Ivoclar Vivadent Inc has introduced IPS e max lithium disilicate glass ceramic contemporary processed via CAD/CAM technology
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