Clinical

Guide

amic
all cer need
u
all yo

Contents
4

IPS e.max all ceramics all you need 



One system for every indication

Indications

Practical procedure for restorations with IPS e.max

20

Overview
Tooth Shade determination
Preparation
Die Shade determination
Impression
Cementation
Intraoral adjustments

Clinical cases

Step-by-step 
IPS e.max lithium disilicate veneer cemented with Variolink Veneer
IPS e.max lithium disilicate inlay cemented with Multilink Automix
IPS e.max lithium disilicate anterior crown cemented with Multilink Automix
IPS e.max lithium disilicate posterior crown cemented with Multilink Automix
IPS e.max lithium disilicate anterior bridge cemented with SpeedCEM
IPS e.max zirconium oxide bridge cemented with SpeedCEM
IPS e.max lithium disilicate hybrid abutment and crown cemented with SpeedCEM
IPS e.max lithium disilicate hybrid abutment crown screwed-in
Starting situation Final result

40

Aftercare 

41

Results from more than 10 years of research

all ceramics all you need

4

One system for every indication

IPS e.max is an innovative all-ceramic system which covers the entire all-ceramic indication range from thin
veneers to long-span bridges.
IPS e.max delivers high-strength and highly esthetic materials for the Press and the CAD/CAM technologies. The
system includes the innovative lithium disilicate glass-ceramic used mainly for single-tooth restorations, hybrid
abutments and small bridges, as well as the high-strength zirconium oxide for long-span bridges.
All ceramic materials are based on an integrated material and shade concept for restorations as
individual as your patients.

LS2

ZrO2

FAP

Fluorapatite

Lithium disilicate glass-ceramic (LS2)

Lithium disilicate (LS2) glass-ceramic is ideally suitable for the fabrication of hybrid abutments,
as well as monolithic single-tooth restorations and may even be indicated for 3-unit bridges up
to the premolar region. The patented glass-ceramic has been tried-and-tested in millions of
cases since its introduction. It is distinguished from all previous ceramic materials mainly by its
clearly higher stress resistance and its outstanding esthetic appearance.

Zirconium oxide (ZrO2)

High-strength zirconium oxide (ZrO2) really proves its worth in long-span bridges. It is one of
the most efficient all-ceramic materials for dental-lab applications. Zirconium oxide is characterized by its excellent biocompatibility and low heat conductivity and can be indicated for single-
tooth restorations and up to 14-unit bridges. Zirconium oxide can be veneered with nano-fluor
apatite or lithium disilicate glass-ceramic.

Fluorapatite glass-ceramic (FAP)

IPS e.max Ceram is a highly esthetic layering ceramic for the IPS e.max System. Thanks to the
one common layering ceramic, all the veneered IPS e.max restorations exhibit the same wear
properties and surface gloss.
Zirconium frameworks pressed over with IPS e.max ZirPress, which are either stained or
veneered, are an alternative to conventionally veneered frameworks.

After all, IPS e.max stands for an all-ceramic system that offers an ideal solution for all indications, which not
only works from a material standpoint, but is also confirmed by a wealth of scientific data.
From the beginning of its development until to today, the IPS e.max System has been monitored by the scientific
community and many renowned experts have contributed to an excellent data base with their studies.
The worldwide success story, the ever growing demand, as well as millions of fabricated restorations are testament to the success and the reliability of the IPS e.max all-ceramic system.

Indications

Indications

5
LS2

Cementation

ZrO2

Thin veneers
0.3 mm

Veneers

Occlusal veneers

Inlays, onlays

adhesive

self-adhesive/
conventional

Variolink Veneer,
Variolink II

Partial crowns

Multilink Automix, Variolink II

Anterior/posterior
crowns

1)

3-unit bridges

2)

SpeedCEM,
Vivaglass CEM

1)

Multilink Automix
4- and multi-unit
bridges

1)

Hybrid abutments
(cemented on a
Ti base)

Hybrid abutment
crowns (cemented on a
Ti base)

1) IPS e.max ZirCAD (zirconium oxide) is veneered manually (fluorapatite) or digitally (lithium disilicate).
2) Up to the second premolar
3) For the cementation of the crown on the hybrid abutment
4) Only in conjunction with a suitable bonding agent
5) Hybrid abutment crowns are directly screwed on the implant.

Contraindications

Very deep subgingival preparations

Patients with severely reduced residual dentition
Parafunctions, e.g. bruxism
Provisional insertion/trial wear period
Any other uses not listed in the indications

Multilink Automix
3)

5)

SpeedCEM 3) 4),
Vivaglass CEM 3)

5)

Overview

LS2

Lithiumdisilikat

O2

ZrO2

AP

FAP

Ivoclar Vivadent product

Zirkoniumoxid

Fluor-Apatit

Tooth
Shade determination
on the unprepared tooth
and/or adjacent teeth

A-D Shade Guide

Chromascop
Shade Guide

Preparation
with suitable grinding
instruments

Recommended
preparation for
all-ceramics
IPS Natural Die Material
Shade Guide

Die shade determination

on the prepared tooth/die
Impression
Silicone or polyether
Digital impression

Virtual

Fabricating the restoration

IPS e.max CAD

LS2

1)

IPS e.max Press

IPS e.max ZirCAD

IPS e.max Ceram
IPS e.max ZirPress
IPS e.max CAD-on

ZrO2

Cementation
Etching

2)

IPS Ceramic Etching Gel

Cleaning (after try-in)

Ivoclean

Conditioning

Monobond Plus

3)

Cementation adhesive

Cementation
self-adhesive/conventional

Multilink Automix
Variolink II
Variolink Veneer
SpeedCEM
Vivaglass CEM
Recommended grinding instruments for ceramics use in the dental practice
Schleifkrperempfehlung fr Keramik Anwendung in der zahnrztlichen Praxis
Type of ceramic /
Keramiktyp

Intraoral adjustments

Recommended
grinding instruments

Extensive corrections /

Minor corrections /

Grosse Korrekturen

Geringe Korrekturen

Layering ceramics /
Schichtkeramik

Polishing / Politur

IPS

InLine
InLine PoM

extra fine /
extra fein

extra fine /
extra fein

1525 m

1525 m

extra fine /
extra fein

extra fine /
extra fein

1525 m

1525 m

Endo Access

(OptraFine)
before polishing /
vor der Politur

d.SIGN

IPS IPS

Flexural strength /
Biegefestigkeit
80130 MPa

after polishing /
nach der Politur

medium

<_100 m

Finisher F

Polisher P

High gloss
+ Polishing Paste

Leucite-reinforced glass-ceramic /
Leuzitverstrkte Glasskeramik
Flexural strength /
Biegefestigkeit
160 MPa

Empress

Esthetic

before polishing /
vor der Politur

Empress

IPS

patit

In the
laboratory

Shade determination, preparation, die shade determination, impression

isilikat

moxid

In the
dental office

Working steps

IPS e.max
IPS InLine/IPS InLine PoM
IPS d.SIGN

IPS

S2

Practical procedure
for restorations with

CAD

after polishing /
nach der Politur

medium

<_100 m
Finisher F

Polisher P

High gloss
+ Polishing Paste

Lithium disilicate glass-ceramic /

Lithiumdisilikat-Glaskeramik

before polishing /
vor der Politur

fine / fein

Flexural strength /
Biegefestigkeit
360400 MPa

4050 m

after polishing /
nach der Politur

extra fine /
extra fein

medium

<_100 m

1525 m
Finisher F

Polisher P

High gloss
+ Polishing Paste

Zirconium oxide / Zirkoniumoxid

Flexural strength /
Biegefestigkeit
900 MPa

Aftercare
Aftercare and preventive
care with prophy paste
1)
2)
3)

With chairside CAD/CAM system

One-time etching (in the dental office or laboratory) is sufficient. Zirconium oxide is not etched.
No conditioning is required for conventional cementation.

Proxyt

fine / fein

fine / fein

medium

4050 m

4050 m

<_100 m

Practical procedure for restoration with IPS e.max | Tooth Shade determination

Tooth Shade determination

Optimum integration in the oral cavity of the patient is the prerequisite for a true-to-nature
all-ceramic restoration. To achieve this, the following guidelines and notes must be observed by
both the dentist and the laboratory.
The overall esthetic result of an all-ceramic restoration is influenced by the following factors:
Shade of the tooth stump (natural stump, devitalized stump, core build-up, abutment)
Shade of the cementation material
Shade of the restorative material (framework shade, translucency/opacity, brightness, veneer,
characterization)

Shade determination of the natural tooth

Determine the tooth shade of the non-prepared tooth and/or the adjacent
teeth after tooth cleaning.
In addition, determine the cervical shade if a crown preparation is planned,
for example.
Determine the shade at daylight and in front of a neutral background.
Avoid intensively coloured clothes and/or lipstick as these may
compromise the result.
Use the A-D Shade Guide or Chromascop Shade Guide.

Practical procedure for restorations with IPS e.max | Preparation

Preparation

General preparation guidelines

Successful results can only be achieved with IPS e.max if the preparation guidelines below and
the minimum layer thicknesses are strictly observed.
For the preparation of all-ceramic restorations, the following principles apply:
No angles or edges
Shoulder preparation with rounded inner edges and/or chamfer preparation
For CAD/CAM-fabricated restorations, the incisal edge of the preparation should be at least 1.0 mm (milling
tool geometry) in order to permit optimum milling of the incisal area during CAD/CAM processing.
The dimensions indicated in the paragraphs below reflect the minimum thickness for IPS e.max
restorations.

1.0

1.5

Tip
To be able to work in the oral cavity during preparation with as little interference as possible, we recommend
using a lip and cheek retractor as an auxiliary.
OptraGate ExtraSoft Version (lip/cheek retractor):
Even, circular retraction of lips and cheeks
Considerably enlarged treatment area
Greater view, better access

Practical procedure for restorations with IPS e.max | Preparation

Thin veneer, veneer

If possible, locate the preparation in the enamel.
Do not locate the incisal preparation margins in the area of the abrasion surfaces or dynamic
occlusal surfaces.
If sufficient space is available and depending on the fabrication method, you can even
leave out the preparation entirely.

LS2

Thin veneer
Ensure that the minimum layer thickness of the thin veneer in the cervical and labial area is 0.3 mm for the
PRESS, or 0.4 mm and 0.5 mm for the CAD technique.
Make sure that the restoration thickness at the incisal edge is 0.4 mm for the PRESS and 0.5 mm for the
CAD technique.
Veneer
Reduce the cervical and/or labial area by 0.6 mm, and the incisal edge by at least 0.7 mm.

Thin veneer: PRESS

Thin veneer: CAD

0.3

0.3
0.4

Starting situation

Facial preparation on
3 levels

Veneer: PRESS/CAD

0.4

0.6

0.5
0.5

Incisal orientation grooves

Initial proximal
separation

0.6
0.7

Marginal orientation groove

Definitive proximal
preparation

Central and incisal

orientation grooves

Finishing and smoothing

the preparation

Clinical pictures: Prof. Dr D. Edelhoff, Germany

Practical procedure for restorations with IPS e.max | Preparation

10

Occlusal veneer
Evenly reduce the anatomical shape while observing the stipulated minimum thicknesses.
 Prepare a circular shoulder with rounded inner edges or a chamfer at an angle of approximately
10 to 30 degrees.
Ensure that the width of the circular shoulder/chamfer is at least 1.0 mm.
Reduce the occlusal part by at least 1.0 mm.

LS2

1.0

1.0
1.0
1.0

1.0

Starting situation

Creating the circular

preparation margin

Orientation groove
central fissure

Proximal preparation

Orientation grooves
on the cusps

Shortening
the occlusal surface

Finishing the preparation

Smoothing the preparation

Clinical pictures: Prof. Dr D. Edelhoff, Germany

Practical procedure for restorations with IPS e.max | Preparation

Inlay, onlay

LS2

Make sure that the preparation margins are not located in the area of static or dynamic
antagonist contacts.
Ensure that the preparation depth is at least 1.0 mm and that the width of the isthmus is
at least 1.0 mm in the fissure area.
Prepare the proximal box with slightly diverging walls and observe an angle of 100 to 120 degrees
between the proximal cavity walls and the prospective proximal inlay surfaces. Avoid marginal ridge
contacts on the inlay in case of pronounced convex cavity walls without adequate support by the proximal
shoulder.
Round out internal edges in order to prevent stress concentration within the ceramic material.
Do not prepare slice-cuts or feather edges.
Provide at least 1.0 mm of space in the cusp areas for onlays.

1.0

1.0

1,0

6
1,0

100-120

Starting situation

Proximal:
box preparation

Opening the cavity

Proximal:
box preparation

Open cavity

Proximal
extension

Smoothing the cavity and

proximal boxes

Finished and smoothed

preparation

Clinical pictures: Prof. Dr D. Edelhoff, Germany

11

Practical procedure for restorations with IPS e.max | Preparation

12

Partial crown
Make sure that the preparation margins are not located in the area of static or dynamic
antagonist contacts.
Provide at least 1.5 mm of space in the cusp areas.
Prepare a circular shoulder with rounded inner edges or a chamfer at an angle of
approximately 20to 30 degrees.
Ensure that the width of the shoulder/chamfer is at least 1.0 mm.

LS2

1.5

1.5
1.5
1.5
1.0

Starting situation

Smoothing the cusps

Opening the cavity,

occlusal orientation grooves

Proximal preparation

Occlusal and oral reduction

of the cusp

Creating the circular

preparation margin

Proximal preparation

Finished and smoothed

preparation

Clinical pictures: Prof. Dr D. Edelhoff, Germany

Practical procedure for restorations with IPS e.max | Preparation

Anterior crown

LS2

ZrO2

Evenly reduce the anatomical shape while observing the stipulated minimum
thicknesses.
Prepare a circular shoulder with rounded inner edges or a chamfer at an angle
of approximately 10 to 30 degrees. Ensure that the width of the circular
shoulder/chamfer is at least 1.0 mm.
Reduce the incisal crown third by at least 1.5 mm.
Reduce the vestibular and/or oral area by at least 1.2 mm.
For conventional and/or self-adhesive cementation, make sure that the preparation demonstrates retentive
surfaces and a sufficient preparation height of at least 4.0 mm.

LS2
1.0
1.0

ZrO2
1.2

1.2

1.5

Starting situation

Facial preparation on
3 levels:
oral concavity

Incisal orientation grooves

Proximal separation

Facial and oral:

marginal orientation groove

Facial: central and incisal

orientation grooves

Incisal shortening
of the tooth length

Finishing and smoothing

the preparation

Clinical pictures: Prof. Dr D. Edelhoff, Germany

13

Practical procedure for restorations with IPS e.max | Preparation

14

Posterior crown

LS2

ZrO2

Evenly reduce the anatomical shape while observing the stipulated minimum
thicknesses.
Prepare a circular shoulder with rounded inner edges or a chamfer at an
angle of approximately 10to 30 degrees. Ensure that the width of the circular
shoulder/chamfer is at least 1.0 mm.
Reduce the occlusal crown third by at least 1.5 mm.
Reduce the buccal or palatal/lingual area by at least 1.5 mm for LS2 and by at least 1.2 mm for ZrO2.
For conventional and/or self-adhesive cementation, make sure that the preparation demonstrates retentive
surfaces and a sufficient preparation height of at least 4.0 mm.

ZrO2

LS2
1.5

1.5

1.5

1.5

1.2

1.5
1.5
1.0

1.5

1.2

1.0

1.0

Starting situation

Marginal preparation

1.2
1.0
6

Opening the central fissure

Proximal preparation

Occlusal
orientation grooves

Vestibular preparation

Occlusal preparation

Finishing and smoothing

the preparation

Clinical pictures: Prof. Dr D. Edelhoff, Germany

Practical procedure for restorations with IPS e.max | Preparation

3-unit bridge

The preparation of the abutment teeth is the same as for anterior and posterior crowns.

LS2

ZrO2

Note regarding lithium disilicate glass-ceramic (LS2) bridges:

Given the different masticatory forces, the maximum acceptable pontic width is different in the anterior and
posterior region.
The pontic width is determined on the unprepared tooth.
In the anterior region (up to the canine), the pontic width should not exceed 11.0 mm.
In the premolar region (canine up to the second premolar), the pontic width should not exceed 9.0mm.

Maximum
pontic width

Maximum
pontic width

9 mm

11 mm

Premolar area
up to the canine

Anterior region

Bridge
(4and multi-unit bridges)

ZrO2

Evenly reduce the anatomical shape while observing the stipulated minimum thicknesses.
Prepare a circular shoulder with rounded inner edges or a chamfer at an angle of approximately
10to 30 degrees.
Ensure that the width of the circular shoulder/chamfer is at least 1.0 mm.
Reduce the incisal or occlusal crown third by at least 2.0 mm.
Reduce the vestibular and/or oral area by at least 1.5 mm.

1.0

2.0

1.0

2.0
1.5

1.5

1.5

1.0
2.0

1.5

1.5

1.0

1.0
6

15

Practical procedure for restoration with IPS e.max | Die Shade determination

Die Shade determination

16

The IPS Natural Die Material Shade Guide is used to determine the die shade.
Determining the die shade at the end of the preparation is a very important step for the fabrication of all-ceramic restorations. Especially with severely discoloured preparations this is of ut
most importance. Only if the dentist determines the shade of the preparation and considers it
in the selection of the restorative material, may the desired esthetics be achieved in a targeted
fashion.

Shade determination on the prepared tooth/die

Carry out the shade determination at daylight.
Carry out the shade determination on the prepared tooth.
Use the IPS Natural Die Shade Guide.

Die Shade determination

Die shade

Cementation material

Restoration shade

Desired
tooth shade

S2

disilikat

O2

umoxid

AP

patit

LS2

Lithiumdisilikat

ZrO2
Zirkoniumoxid

Impression

FAP
Fluor-Apatit

Take the impression as usual:

Silicone (e.g. Virtual)
Polyether
Digital impression

Temporary restoration
Function, phonetics and esthetics of the permanent restoration are predefined
and may still be adapted any time. For this essential treatment step, the Telio
product system provides a multitude of application options.

Important: The temporary restoration is cemented with a temporary, eugenol-free cement, such
as the dual-curing Telio CS Link.

Practical procedure for restorations with IPS e.max | Cementation

Cementation

Conditioning of the restoration

Lithium disilicate LS2

Material

Indication

Cementation
method

17

Thin veneers,
veneers, occlusal
veneers,
inlays, onlays,
partial crowns
adhesive

Zirconium oxide ZrO2

Crowns and 3-unit bridges

up to the second premolar

adhesive

Crowns and bridges

self-adhesive/
conventional

self-adhesive/
conventional

adhesive

Blasting

Cleaning with Al2O3 at a maximum

pressure of 1 bar

Etching

5% hydrofluoric acid (e.g. IPS Ceramic Etching Gel)

20 s

Monobond Plus
60 s 1)

Monobond Plus
60 s 1)

Conditioning
Cementation
system

Variolink Veneer,
Variolink II,
Multilink
Automix

Multilink
Automix

SpeedCEM
Vivaglass CEM

Multilink
Automix

SpeedCEM
Vivaglass CEM

1) With conventional cementation, conditioning is not necessary.

Please observe the corresponding Instructions for Use.

IPS Ceramic Etching Gel to generate retentive bonding surfaces on glass-ceramics

It decisively enhances the bonding effect between the cementation material and the
ceramic.
IPS Ceramic Etching Gel must not be applied intraorally!
Ivoclean universal cleaning paste to remove proteins
After the try-in of restorations with already etched surfaces
Applied before conditioning
Monobond Plus universal single-component bonding agent
Generating an adhesive bond (e.g. of the Variolink and Multilink line of products)
For all indirect restorative materials (glass- and oxide-ceramics, metals, composites, fibre-
reinforced composites)

Practical procedure for restorations with IPS e.max | Cementation

18

Cementation Navigation System CNS

The CNS will support you in the selection of the suitable cementation material in virtually every situation where
cementation on natural tooth structure or implant abutments is required. Moreover, the CNS shows you the
options provided by the cementation materials from Ivoclar Vivadent. Detailed animations guide you through
the comprehensive application protocol from the removal of the temporary restoration to the final fluoride
application.

Available as online application, CD-ROM, and App for iPhone and Android

CNS

www.cementation-navigation.com

Tip
To provide the necessary and absolute isolation of the treatment area during incorporation, we recommend
using a rubber dam as an auxiliary.
OptraDam Plus (rubber dam):
Absolute isolation of the treatment area
Anatomical shape and flexible, three-dimensional design
Comfortable to wear, even during lengthy procedures

Practical procedure for restorations with IPS e.max | Cementation

Intraoral adjustments
Recommended grinding instruments for ceramics use in the dental office
To
achieve the expected
clinicalinstruments
properties of the
materials,
polishing
afterpractice
adjustments by grinding
Recommended
grinding
forceramic
ceramics
useexact
in the
dental
is imperative.

Type of ceramic /

Extensive corrections /

Minor corrections /

Polishing / Politur

Keramiktyp

Grosse Korrekturen

Geringe Korrekturen

(OptraFine)

Layering ceramics /
Schichtkeramik
d.SIGN

InLine
InLine PoM

IPS IPS

Flexural strength /
Biegefestigkeit
80130 MPa

before polishing /
vor der Politur

IPS

IPS e.max
IPS InLine/IPS InLine PoM
IPS d.SIGN

Schleifkrperempfehlung fr Keramik Anwendung in der zahnrztlichen Praxis

extra fine /
extra fein

extra fine /
extra fein

1525 m

1525 m

Endo Access

after polishing /
nach der Politur

medium

<_100 m

Finisher F

Polisher P

High gloss
+ Polishing Paste

Leucite-reinforced glass-ceramic /
Leuzitverstrkte Glasskeramik

Esthetic

Empress

IPS

Empress

IPS

Flexural strength /
Biegefestigkeit
160 MPa

before polishing /
vor der Politur

CAD

extra fine /
extra fein

extra fine /
extra fein

1525 m

1525 m

after polishing /
nach der Politur

medium

<_100 m
Finisher F

Polisher P

High gloss
+ Polishing Paste

Lithium disilicate glass-ceramic /

Lithiumdisilikat-Glaskeramik

before polishing /
vor der Politur

fine / fein

Flexural strength /
Biegefestigkeit
360400 MPa

4050 m

after polishing /
nach der Politur

extra fine /
extra fein

medium

<_100 m

1525 m
Finisher F

Polisher P

High gloss
+ Polishing Paste

Zirconium oxide / Zirkoniumoxid

Flexural strength /
Biegefestigkeit
900 MPa

fine / fein

fine / fein

medium

4050 m

4050 m

<_100 m

The provided grain sizes of the diamond burs are recommendations for ceramic materials from Ivoclar Vivadent.
The corresponding directions of the manufacturer of the grinding instruments regarding their correct use, e.g.
speed, have to be observed.

19

Clinical cases step-by-step

20

LS2

IPS e.max lithium disilicate veneer cemented

with Variolink Veneer

Dr Lukas Enggist / Jrgen Seger (DT), Principality of Liechtenstein

The temporary restorations are removed. The preparations are cleaned with a polishing brush and an oiland fluoride-free cleaning paste (e.g. Proxyt fluoride-free). Subsequently, the preparations are rinsed
with water spray and dried with oil-free air.

For the esthetic inspection, Variolink Veneer Try-in

Paste can be used. After the try-in, the Try-In Paste
is thoroughly washed off with water spray, and the
restoration is dried with oil- and moisture-free air.

Etching is performed with 5% hydrofluoric acid

(e.g. IPS Ceramic Etching Gel) for 20 seconds.
Subsequently, the preparation is rinsed thoroughly
with water and dried with oil-free air.

Monobond Plus is applied onto the pretreated

surface, allowed to react for 60 seconds and then
thoroughly dispersed with air.

The treatment field is isolated with a rubber dam

(e.g. OptraDam) and the preparation is cleaned
again according to the steps described above.
Subsequently, the preparation is dried with oil-free
air. Overdrying must be avoided.

Total Etch (37% phosphoric acid gel) is applied. The

phosphoric acid is allowed to react on the enamel
for 1530 seconds and on the dentin for
1015 seconds.

Subsequently, the gel is thoroughly rinsed off with a

vigorous water spray for at least 5 seconds. Excess
moisture is removed leaving the dentin surface with
a slightly glossy wet appearance (wet bonding).

Syntac Primer is applied on the preparation using

a brush, gently rubbed in and allowed to react for
at least 15 seconds. Excess of Syntac Primer is
dispersed and thoroughly dried. It is not rinsed off.

Syntac Adhesive is applied and allowed to react

for 10 seconds. Subsequently, the preparation is
thoroughly dried with an air syringe. It is not
rinsed off.

Clinical cases step-by-step | IPS e.max lithium disilicate veneer cemented with Variolink Veneer

21

Heliobond is applied and dispersed to a thin layer.

Heliobond is only polymerized together with the
cementation material.

Variolink Veneer is applied directly onto the

preparation and/or onto the inner side of the
restoration, if required. Subsequently, it is seated
and held in place maintaining stable pressure.

The restoration is tacked in place by light-curing

a small area for 34 seconds (e.g. Bluephase,
650 mW/cm2, LOW mode). Excess material is
removed using a suitable instrument.

In order to prevent oxygen inhibition, the restoration

margins are covered with glycerine gel/air block
(e.g. Liquid Strip) immediately after removal of
excess.

If a curing light with an output of at least

800 mW/cm2 is used, each mm of the ceramic
material and segment is polymerized for at least
10 seconds. Subsequently, Liquid Strip is rinsed off.
The cementation steps are repeated for all veneers.

Proximal areas are reworked using finishing and

polishing strips. The restoration margins are
polished using polishers (Astropol) or disks.
A thin layer of Fluor Protector is applied, evenly
dispersed and dried with an air syringe.

22

LS2

IPS e.max lithium disilicate inlay

cemented with Multilink Automix

Dr Ronny Watzke / Sandra Sulser (DT), Principality of Liechtenstein

The temporary restoration is removed. The preparation is cleaned with a polishing brush and an oil- and
fluoride-free cleaning paste (e.g. Proxyt fluoride-
free). Subsequently, it is rinsed with water spray and
dried with oil-free air.

The permanent restoration is tried-in. The shade, fit

and occlusion of the restoration are checked.
For the esthetic inspection, Multilink Automix Try-In
Paste can be used. After the try-in, the Try-In Paste
is thoroughly washed off with water spray, and the
restoration is dried with oil-free air.

Monobond Plus is applied on the pretreated surface, Reliable isolation of the treatment field (e.g.
allowed to react for 60 seconds and then thoroughly OptraDam) is indispensable for the adhesive
dispersed with air.
cementation with composites. The preparation is
cleaned again with a polishing brush and an oiland fluoride-free cleaning paste (e.g. Proxyt
fluoride-free). Subsequently, it is rinsed with
water spray and dried with oil-free air. Overdrying
must be avoided.

Excess Multilink Primer is dispersed with air until the

mobile liquid film is no longer visible.

Multilink Automix is dispensed from the automix

syringe and applied directly on the restoration.
Subsequently, the restoration is seated and held in
place maintaining stable pressure.

Etching is performed with 5% hydrofluoric acid

(e.g. IPS Ceramic Etching Gel) for 20 seconds.
Subsequently, the preparation is rinsed thoroughly
with water and dried with oil-free air.

The mixed Multilink Primer A/B is applied on the

entire bonding surface (starting from the enamel
surface) using a microbrush and rubbed in for
30 seconds.

Excess cement material is removed with a microbrush/brush/foam pellet/dental floss. Alternatively,

excess material is light-cured with a polymerization
device (650 mW/cm2: 3 seconds or 1,000 mW/cm2:
12 seconds per quarter surface) at a distance
of 10 mm using the quarter technique and
subsequently removed with a scaler.

Clinical cases step-by-step | IPS e.max lithium disilicate inlay cemented with Multilink Automix

23

In order to prevent oxygen inhibition, the restoration

margins are covered with glycerine gel/air block (e.g.
Liquid Strip) immediately after the removal of excess.

Subsequently, all cementation joints are light-cured

(approx. 1,200 mW/cm2) again for 20 seconds.
If non-translucent, opaque restorative materials are
used, self-curing must be completed.

Proximal areas are reworked using finishing and

polishing strips. The occlusion and function are
checked. Restoration margins are polished using
polishers (Astropol) or disks.

A thin layer of Fluor Protector is applied. The varnish

is evenly applied and dried with an air syringe.

Subsequently, Liquid Strip is rinsed off and the

rubber dam is removed.

24

LS2

IPS e.max lithium disilicate anterior crown

cemented with Multilink Automix

Dr Ronny Watzke / Franz Perkon (DT), Principality of Liechtenstein

The temporary restoration is removed. The preparation is cleaned with a polishing brush and an oil- and
fluoride-free cleaning paste (e.g. Proxyt fluoride-
free). Subsequently, it is rinsed with water spray and
dried with oil-free air.

The permanent restoration is tried-in. For the

esthetic inspection, Multilink Automix Try-In Paste
can be used.
After the try-in, the Try-In Paste is thoroughly
washed off with water spray, and the restoration is
dried with oil- and moisture-free air.

Monobond Plus is applied on the pretreated surface, The preparation is cleaned again according to the
allowed to react for 60 seconds and then thoroughly steps described above. Subsequently, the preparation is dried with oil-free air. Overdrying must be
dispersed with air.
avoided!

Excess Multilink Primer is dispersed with air until the

mobile liquid film is no longer visible.

Multilink Automix is dispensed from the automix

syringe and directly applied on the restoration.

Etching is performed with 5% hydrofluoric acid

(e.g. IPS Ceramic Etching Gel) for 20 seconds.
Subsequently, the preparation is rinsed thoroughly
with water and dried with oil-free air.

The mixed Multilink Primer A/B is applied on the

entire bonding surface (starting from the enamel
surface) using a microbrush and rubbed in for
30 seconds.

The restoration is seated and held in place

maintaining stable pressure.

Clinical cases step-by-step | IPS e.max lithium disilicate anterior crown cemented with Multilink Automix

25

Excess cement is light-cured with a polymerization

device (650 mW/cm2: 3 seconds or 1,000 mW/cm2:
12 seconds per quarter surface) at a distance of
10 mm using the quarter technique.

Excess material is now easily removed with a scaler.

Subsequently, all cementation joints are light-cured

(approx.1,200 mW/cm2) again for 20 seconds.
If non-translucent, opaque restorative materials are
used, self-curing must be completed.
Subsequently, Liquid Strip is rinsed off.

Proximal areas are reworked using finishing and

polishing strips. The occlusion and function are
checked. Restoration margins are polished using
polishers (Astropol) or disks.
A thin layer of Fluor Protector is applied. The
varnish is evenly dispersed and dried with an air
syringe.

In order to prevent oxygen inhibition, the restoration margins are covered with glycerine gel/air block
(e.g. Liquid Strip) immediately after the removal of
excess.

26

LS2

IPS e.max lithium disilicate posterior crown

cemented with Multilink Automix

Dr Arnd Peschke, Principality of Liechtenstein / Chairside

The preparation is cleaned with a polishing brush

and an oil- and fluoride-free cleaning paste (e.g.
Proxyt fluoride-free). Subsequently, it is rinsed with
water spray and dried with oil-free air.

The permanent restoration is tried-in in the

non-crystallized state. Any adjustments of the
occlusion contacts can be easily performed before
crystallization.
Subsequently, the combination firing (crystallization,
glaze) is performed.

Etching is performed with 5% hydrofluoric acid

(e.g. IPS Ceramic Etching Gel) for 20 seconds.

Subsequently, the preparation is thoroughly rinsed

with water spray...

...and dried with oil-free air.

Monobond Plus is applied on the pretreated

surface, allowed to react for 60 seconds and then
thoroughly dispersed with air.

Clinical cases step-by-step | IPS e.max lithium disilicate anterior crown cemented with Multilink Automix

27

The mixed Multilink Primer A/B is applied on the

entire bonding surface (starting from the enamel
surface) using a microbrush and rubbed in for
30 seconds.
Excess Multilink Primer is dispersed with air until the
mobile liquid film is no longer visible.

Multilink Automix is dispensed from the automix

syringe and directly applied on the restoration.

The restoration is seated and held in place

maintaining stable pressure.

Excess cement material is light-cured with a poly

merization device (650 mW/cm2: 3 seconds or
1,000 mW/cm2: 12 seconds per quarter surface)
at a distance of 10 mm using the quarter technique.

In order to prevent oxygen inhibition, the restoration margins are covered with glycerine gel/air block
(e.g. Liquid Strip) immediately after the removal of
excess.
Subsequently, all cementation joints are light-cured
(approx.1,200 mW/cm2) again for 20 seconds.
If non-translucent, opaque restorative materials are
used, self-curing must be completed.

Proximal areas are reworked using finishing and

polishing strips. The occlusion and function are
checked. Restoration margins are polished using
polishers (Astropol) or disks.

Excess material is now easily removed with a scaler.

A thin layer of Fluor Protector is applied. The varnish

is evenly dispersed and dried with an air syringe.

28

LS2

IPS e.max lithium disilicate anterior bridge

cemented with SpeedCEM

Dr Ronny Watzke / Franz Perkon (DT), Principality of Liechtenstein

The permanent restoration is tried-in. The shade, fit

and occlusion of the restoration are now checked.

Etching is performed with 5% hydrofluoric acid

(e.g. IPS Ceramic Etching Gel) for 20 seconds.
Subsequently, the preparation is rinsed thoroughly
with water and dried with oil-free air.

Monobond Plus is applied on the pretreated surface, The preparation is cleaned again with a polishing
allowed to react for 60 seconds and then thoroughly brush and an oil- and fluoride-free cleaning paste
(e.g. Proxyt fluoride-free). Subsequently, it is rinsed
dispersed with air.
with water spray and dried with oil- and moisture-
free air. Overdrying must be avoided.

SpeedCEM is dispensed from the automix syringe

and the desired amount is applied directly on the
bonding surface of the restoration.

The temporary restoration is removed. The preparation is cleaned with a polishing brush and an oiland fluoride-free cleaning paste (e.g. Proxyt
fluoride-free). Subsequently, it is rinsed with water
spray and dried with oil-free air.

The restoration is seated and held in place

maintaining stable pressure.

Excess cement material is light-cured with a poly

merization device (approx. 650 mW/cm2) for
1 second per quarter surface at a distance of
approx. 010 mm.

The gel-like excess material is now easily removed

with a scaler.

Clinical cases step-by-step | IPS e.max lithium disilicate anterior bridge cemented with SpeedCEM

29

In order to prevent oxygen inhibition, the restoration

margins are covered with glycerine gel/air block (e.g.
Liquid Strip) immediately after the removal of excess.

Subsequently, all cementation joints are light-cured

(approx. 1,200 mW/cm2) again for 20 seconds.
If non-translucent, opaque restorative materials are
used, self-curing must be completed.

Proximal areas are reworked using finishing and

polishing strips. The occlusion and function are
checked. Restoration margins are polished using
polishers (OptraPol Next Generation) or disks.

A thin layer of Fluor Protector is applied. The varnish

is evenly dispersed and dried with an air syringe.

Subsequently, Liquid Strip is rinsed off.

30

ZrO2

IPS e.max zirconium oxide anterior bridge

cemented with SpeedCEM

Dr Ronny Watzke / Pascal Scherrer (DT), Principality of Liechtenstein

The temporary restoration is removed. The preparation is cleaned with a polishing brush and an oiland fluoride-free cleaning paste (e.g. Proxyt
fluoride-free). Subsequently, it is rinsed with water
spray and dried with oil-free air.

The permanent restoration is tried-in. The shade,

fit and occlusion of the restoration are checked.
The inner surface of the restoration is cleaned by
blasting it (e.g. IPS e.max ZirCAD, 1 bar,
Al2O3 100 m).

The preparation is cleaned again with a polishing

brush and an oil- and fluoride-free cleaning paste
(e.g. Proxyt fluoride-free). Subsequently, it is rinsed
with water spray and dried with oil-free air. Over
drying must be avoided.

The desired amount of SpeedCEM is applied

directly onto the bonding surface of the restoration.

The restoration is seated and held in place

maintaining stable pressure.

Excess cement material is light-cured with a poly

merization device (approx. 650 mW/cm2) for
1 second per quarter surface at a distance of
approx. 010 mm.

Clinical cases step-by-step | IPS e.max zirconium oxide anterior bridge cemented with SpeedCEM

31

Excess material is now easily removed with a scaler.

In order to prevent oxygen inhibition, the restoration margins are covered with glycerine gel/air block
(e.g. Liquid Strip) immediately after the removal of
excess.

Proximal areas are reworked using finishing and

polishing strips. The occlusion and function are
checked. Restoration margins are polished using
polishers (OptraPol Next Generation) or disks.

A thin layer of Fluor Protector is applied. The varnish

is evenly dispersed and dried with an air syringe.

Subsequently, all cementation joints are light-cured

(approx. 1,200 mW/cm2) again for 20 seconds.
If non-translucent, opaque restorative materials are
used, self-curing must be completed.
Subsequently, Liquid Strip is rinsed off.

32

LS2

IPS e.max lithium disilicate hybrid abutment

and crown cemented with SpeedCEM

Dr Ronny Watzke / Jrgen Seger (DT), Principality of Liechtenstein

The abutment is screwed-in.

The permanent restoration is tried-in. The shade, fit

and occlusion of the restoration are now checked.

The abutment is cleaned with a polishing brush

and an oil- and fluoride-free cleaning paste (e.g.
Proxyt). Subsequently, it is rinsed with water spray
and dried with oil-free air.

A thin layer of Monobond Plus is applied on the

abutment and allowed to react for 60 seconds.
Subsequently, the abutment is dried with
moisture- and oil-free air.

Etching is performed with 5% hydrofluoric acid

(e.g. IPS Ceramic Etching Gel) for 20 seconds.
Next, the preparation is rinsed thoroughly with
water and dried with oil-free air.

Monobond Plus is applied on the pretreated

surface, allowed to react for 60 seconds and
thoroughly dispersed.

SpeedCEM is dispensed from the automix syringe

and the desired amount is applied directly on the
restoration.

The restoration is seated and held in place

maintaining stable pressure.

Excess cement material is light-cured with a poly

merization device (e.g. Bluephase, approx.
650 mW/cm2, LOW mode) for 1 second per quarter
surface at a distance of approx. 010 mm.

Clinical cases step-by-step | IPS e.max lithium disilicate hybrid abutment and crown cemented with SpeedCEM

33

The gel-like excess material is now easily removed

with a scaler.

In order to prevent oxygen inhibition, the restoration margins are covered with glycerine gel/air block
(e.g. Liquid Strip) immediately after the removal of
excess. Subsequently, all cementation joints are
light-cured (approx. 1,200 mW/cm2) again for
20 seconds.
If non-translucent, opaque restorative materials are
used, self-curing must be completed.

Proximal areas are reworked using finishing and

polishing strips. The occlusion and function are
checked and adjusted, if required.
Restoration margins are polished using polishers
(Astropol) or disks.

A thin layer of Cervitec Plus is applied.

The varnish is left to dry or dried with an air syringe.

Subsequently, Liquid Strip is rinsed off.

34

LS2

IPS e.max lithium disilicate hybrid abutment

crown screwed-in

Dr Ronny Watzke / Franz Perkon (DT), Principality of Liechtenstein

The temporary restoration is removed.

The hybrid abutment crown is screwed in manually

with the dedicated screw for the try-in of the
permanent restoration. The shade, fit and occlusion
of the restoration are now checked.
Subsequently, the hybrid abutment crown is
carefully removed again for extraoral cleaning.

The hybrid abutment crown is cleaned, rinsed with

water spray and then dried with oil-free air.

The screw channel is etched from the occlusal side

with 5% hydrofluoric acid gel (IPS Ceramic
Etching Gel) for 20 seconds.

Next, the preparation is rinsed thoroughly with

water and dried with oil-free air.

The hybrid abutment crown is inserted into the

implant intraorally. It is screwed in manually with
the appropriate screw, which is tightened with a
torque wrench (the instructions of the manufacturer
must be observed).

Clinical cases step-by-step | IPS e.max lithium disilicate hybrid abutment crown screwed-in

35

Monobond Plus is applied on the pretreated

surface, allowed to react for 60 seconds and then
thoroughly dispersed with air.

Next, cotton or foam pellets are inserted into the

screw channel and the bonding system is applied
(e.g. Heliobond).

The screw channel is sealed with a composite

material (e.g. Tetric EvoCeram) in the appropriate
shade.

Polymerization is performed using an LED poly

merization device (e.g. Bluephase).

The occlusion/articulation is checked after poly

merization and any rough spots are removed with
suitable fine-grit diamonds.
The restoration is polished to a high gloss using
silicone polishers (e.g. OptraFine).

A thin layer of Cervitec Plus is applied.

The varnish is left to dry or dried with an air syringe.

36

Starting situation Final result

IPS e.max lithium disilicate veneer cemented with Variolink Veneer

Dr Lukas Enggist / Jrgen Seger (DT), Principality of Liechtenstein

IPS e.max lithium disilicate inlay cemented with Multilink Automix

Dr Ronny Watzke / Sandra Sulser (DT), Principality of Liechtenstein

Clinical cases | Starting situation Final result

37

IPS e.max lithium disilicate anterior crown cemented with Multilink Automix
Dr Ronny Watzke / Franz Perkon (DT), Principality of Liechtenstein

IPS e.max lithium disilicate posterior crown cemented with Multilink Automix
Dr Arnd Peschke, Principality of Liechtenstein / Chairside

Clinical cases | Starting situation Final result

38

IPS e.max lithium disilicate anterior bridge cemented with SpeedCEM

Dr Ronny Watzke / Franz Perkon (DT), Principality of Liechtenstein

IPS e.max zirconium oxide anterior bridge cemented with SpeedCEM

Dr Ronny Watzke / Pascal Scherrer (DT), Principality of Liechtenstein

Clinical cases | Starting situation Final result

39

IPS e.max lithium disilicate hybrid abutment and crown cemented with SpeedCEM
Dr Ronny Watzke / Jrgen Seger (DT), Principality of Liechtenstein

IPS e.max lithium disilicate hybrid abutment crown screwed-in

Dr Ronny Watzke / Franz Perkon (DT), Principality of Liechtenstein

Aftercare

40

Quality assurance by means of professional care

Like natural teeth, high-quality all-ceramic restorations need regular professional care. The
objective is to obtain clean, smooth surfaces on which the growth of bacterial biofilms and the
risk of secondary caries and gingivitis is minimized.

Proxyt

Peri-implant tissue is more sensitive than gingival tissue.

Implant restorations are gently cleaned with the fine Proxyt
paste and soft rubber cups or brushes.

Fluor Protector

The clear, colourless protective varnish Fluor Protector

protects the natural teeth.
A thin layer of Fluor Protector is evenly applied on the
previously cleaned and dried teeth. Subsequently the
varnish is dried with air. After the treatment, the mouth is
not rinsed with water.

The fine Proxyt paste, which does not contain pumice,

enables you to effectively clean your high-quality ceramic
restorations.
The polishing paste ensures a natural gloss and is gentle to
the sensitive gingival tissue.

Results
from more than 10 years of research
The IPS e.max System is an innovative all-ceramic system, which includes materials made of
lithium disilicate (LS2) glass-ceramic and zirconium oxide (ZrO2) for the press technique and
CAD/CAM technology. In addition, a universally applicable nano-fluorapatite glass-ceramic for
veneering all the different components of the IPS e.max System is available.

From the beginning of its development until to today, the IPS e.max System has been monitored
by the scientific community and many renowned experts have contributed to the establishment
of an excellent data base with their studies. The worldwide success story, the ever growing
demand, as well as the more than 40 million fabricated restorations are testament to the success
and the reliability of the system.
More than 20 clinical in-vivo studies to date and even more in-vitro studies, as well as the
continuously rising number of clinical studies involving the e.max System throughout the world
show the long-term success of the product in the oral cavities of patients.

Summary of the IPS e.max System

Data on the clinical use of the IPS e.max System over a period of up to 5 years for ZrO2 and up
to 10 years for LS2 is available.
The survival rates from clinical studies on IPS e.max Press (6 studies),
IPS e.max CAD (6 studies) and IPS e.max ZirCAD (8 studies) were summarized and the overall survival rate of the system was calculated. A total of
1071 IPS restorations from 20 clinical studies were included. The result
revealed an overall survival rate of 96.8% for the IPS e.max System.

SC IE N TI FI

C R EP O R
T
Vol. 02 /

2001 201

Deutsch

all ceramic
all you need

41

42

43

Ivoclar Vivadent worldwide

Ivoclar Vivadent AG
Bendererstrasse 2
9494 Schaan
Liechtenstein
Tel. +423 235 35 35
Fax +423 235 33 60
www.ivoclarvivadent.com

Ivoclar Vivadent GmbH

Dr. Adolf-Schneider-Str. 2
D-73479 Ellwangen, Jagst
Germany
Tel. +49 7961 889 0
Fax +49 7961 6326
www.ivoclarvivadent.de

Ivoclar Vivadent Pty. Ltd.

1 5 Overseas Drive
P.O. Box 367
Noble Park, Vic. 3174
Australia
Tel. +61 3 9795 9599
Fax +61 3 9795 9645
www.ivoclarvivadent.com.au

Wieland Dental + Technik

GmbH & Co. KG
Schwenninger Strasse 13
D-75179 Pforzheim
Germany
Tel. +49 7231 3705 0
Fax +49 7231 3579 59
www.wieland-dental.com

Ivoclar Vivadent Ltda.

Alameda Caiaps, 723
Centro Empresarial Tambor
CEP 06460-110 Barueri SP
Brazil
Tel. +55 11 2424 7400
Fax +55 11 3466 0840
www.ivoclarvivadent.com.br

Ivoclar Vivadent Marketing (India)

Pvt. Ltd.
503/504 Raheja Plaza
15 B Shah Industrial Estate
Veera Desai Road, Andheri (West)
Mumbai, 400 053
India
Tel. +91 22 2673 0302
Fax +91 22 2673 0301
www.ivoclarvivadent.in

Ivoclar Vivadent Inc.

1-6600 Dixie Road
Mississauga, Ontario
L5T 2Y2
Canada
Tel. +1 905 670 8499
Fax +1 905 670 3102
www.ivoclarvivadent.us
Ivoclar Vivadent Shanghai
Trading Co., Ltd.
2/F Building 1, 881 Wuding Road,
Jing An District
200040 Shanghai
China
Tel. +86 21 6032 1657
Fax +86 21 6176 0968
www.ivoclarvivadent.com
Ivoclar Vivadent Marketing Ltd.
Calle 134 No. 7-B-83, Of. 520
Bogot
Colombia
Tel. +57 1 627 3399
Fax +57 1 633 1663
www.ivoclarvivadent.co
Ivoclar Vivadent SAS
B.P. 118
F-74410 Saint-Jorioz
France
Tel. +33 4 50 88 64 00
Fax +33 4 50 68 91 52
www.ivoclarvivadent.fr

665082/en/2013-09-30

Ivoclar Vivadent s.r.l.

Via Isonzo 67/69
40033 Casalecchio di Reno (BO)
Italy
Tel. +39 051 6113555
Fax +39 051 6113565
www.ivoclarvivadent.it
Ivoclar Vivadent K.K.
1-28-24-4F Hongo
Bunkyo-ku
Tokyo 113-0033
Japan
Tel. +81 3 6903 3535
Fax +81 3 5844 3657
www.ivoclarvivadent.jp
Ivoclar Vivadent Ltd.
12F W-Tower, 1303-37
Seocho-dong, Seocho-gu,
Seoul 137-855
Republic of Korea
Tel. +82 2 536 0714
Fax +82 2 596 0155
www.ivoclarvivadent.co.kr

Ivoclar Vivadent S.A. de C.V.

Av. Insurgentes Sur No. 863,
Piso 14, Col. Napoles
03810 Mxico, D.F.
Mxico
Tel. +52 55 5062 1000
Fax +52 55 5062 1029
www.ivoclarvivadent.com.mx
Ivoclar Vivadent BV
De Fruittuinen 32
2132 NZ Hoofddorp
Netherlands
Tel. +31 23 529 3791
Fax +31 23 555 4504
www.ivoclarvivadent.com
Ivoclar Vivadent Ltd.
12 Omega St, Rosedale
PO Box 303011 North Harbour
Auckland 0751
New Zealand
Tel. +64 9 914 9999
Fax +64 9 914 9990
www.ivoclarvivadent.co.nz
Ivoclar Vivadent Polska Sp. z o.o.
Al. Jana Pawla II 78
00-175 Warszawa
Poland
Tel. +48 22 635 5496
Fax +48 22 635 5469
www.ivoclarvivadent.pl
Ivoclar Vivadent Marketing Ltd.
Prospekt Andropova 18 korp. 6/
office 10-06
115432 Moscow
Russia
Tel. +7 499 418 0300
Fax +7 499 418 0310
www.ivoclarvivadent.ru
Ivoclar Vivadent Marketing Ltd.
Qlaya Main St.
Siricon Building No.14, 2nd Floor
Office No. 204
P.O. Box 300146
Riyadh 11372
Saudi Arabia
Tel. +966 1 293 8345
Fax +966 1 293 8344
www.ivoclarvivadent.com

Ivoclar Vivadent Pte. Ltd.

171 Chin Swee Road
#02-01 San Centre
Singapore 169877
Tel. +65 6535 6775
Fax +65 6535 4991
www.ivoclarvivadent.com
Ivoclar Vivadent S.L.U.
C/ Ribera del Loira n 46, 5 planta
28042 Madrid
Spain
Tel. + 34 913 757 820
Fax + 34 913 757 838
www.ivoclarvivadent.es
Ivoclar Vivadent AB
Dalvgen 14
S-169 56 Solna
Sweden
Tel. +46 8 514 939 30
Fax +46 8 514 939 40
www.ivoclarvivadent.se
Ivoclar Vivadent Liaison Office
: Tesvikiye Mahallesi
Sakayik Sokak
Nisantas Plaza No:38/2
Kat:5 Daire:24
34021 Sisli Istanbul
Turkey
Tel. +90 212 343 0802
Fax +90 212 343 0842
www.ivoclarvivadent.com
Ivoclar Vivadent Limited
Ground Floor Compass Building
Feldspar Close
Warrens Business Park
Enderby
Leicester LE19 4SE
United Kingdom
Tel. +44 116 284 7880
Fax +44 116 284 7881
www.ivoclarvivadent.co.uk
Ivoclar Vivadent, Inc.
175 Pineview Drive
Amherst, N.Y. 14228
USA
Tel. +1 800 533 6825
Fax +1 716 691 2285
www.ivoclarvivadent.us