VITA SUPRINITY User manual

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Page 1

VITA SUPRINITY

VITA Farbkommunikation

Working Instructions

VITA shade communicationVITA shade taking

Zirconia reinforced lithium silicate glass ceramic (ZLS)

VITA shade reproduction

VITA shade, VITA made.

VITA shade control

Date of issue: 11.13

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VITA SUPRINITY

Li2O

SiO

+ZrO

Page 3

VITA SUPRINITY

Application area 4

Material properties 5

Shade concept 6

Material properties of VITA VM 11 8

VITA VM 11 materials 10

Wall thicknesses 12

Preparation guidelines 13

CAD/CAM system compatibility 16

Finishing the milled restoration 17

Fabrication process 20

Crystallization 21

Polishing 23

Combination ﬁ ring 24

Stains / glaze ﬁ ring with VITA AKZENT plus (staining technique) 27

Cut-back-technique with VITA VM 11 28

Firing parameters 33

Bonding 37

Accessories 40

References 44

Safety information 45

Table of contents

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VITA SUPRINITY

Application area

VITA SUPRINITY is a zirconia reinforced lithium silicate glass ceramic for dental CAD/ CAM applications for the fabrication of inlays, onlays, partial crowns, veneers, anterior and posterior crowns and anterior and posterior single tooth restorations on implant abutments.

Indications

Anterior and posterior crowns on implant abutments

Anterior and posterior crowns

Inlays / Onlays / Partial crowns

Veneers

Contraindication

• General – inadequate oral hygiene – inadequate preparation results – insufﬁ cient remaining natural tooth substance – insufﬁ cient space available

• Parafunction Restorations made of VITA SUPRINIT Y are contraindicated for patients diagnosed with excessive masticatory functions, in particular teeth grinders and clenchers. Restoring devitalized teeth of patients with hyperfunctions is absolutely contraindicated.

• Bridges The technical properties suggest that suitability for use in anterior and premolar bridge restorations can be expected. Clearance will follow once corresponding clinical tests have been carried out.

• Veneering Full veneers on molar crowns using veneering ceramic.

Successful processing of VITA SUPRINITY is not guaranteed in the following cases:

• Failure to observe the required minimum thicknesses

• Milling the blocks in a non-compatible CAD/CAM system

• Layering with veneering materials other than VITA VM 11 ﬁ ne structure feldspar ceramic which has been matched especially with VITA SUPRINITY.

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VITA SUPRINITY

Material properties

VITA SUPRINITY

Physical / mechanical properties

CTE 10

Unit of

measure

-6

-1

Value

approx. 12.3

3-point flexural strength MPa approx. 420

Modulus of elasticity GPa approx. 70

Hardness according to Vickers (HV) MPa approx. 7000

Chemical solubility µg/cm2 approx. 40

Data according to ISO 6872

Components

ZrO

(zirconia)

SiO

(silicon dioxide)

O (lithium oxide)

Pigments

Wt%

8 – 12

56 – 64

15 – 21

< 10

Various

Source: Internal study, VITA

> 10

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VITA SUPRINITY

Degree

translucency

Processing technique

Shade concept

VITA SUPRINITY is available in the translucency degrees T and HT and in the size LS-14. From a processing point of view, all restorations listed below can be fabricated. From the point of esthetics, however, the following indication is recommended for the respective processing technique:

Indication

Staining

technique

recommended possible





Cut-back

technique





Inlay / Onlay / Partial crowns





Veneer Crowns







Crowns on implants

VITA SUPRINITY T (Translucent)

Initially, the T blocks are available in the following shades: 0M1, A1, A2, A3, A3.5, B2, C2, D2.

Due to their shade which is similar to dentine, they are particularly suitable for crowns using the staining or cut-back techniques. Restorations made of T blocks excel by a lightness level and a warm chroma that correspond to natural dentine and are used for the cut-back technique with VITA VM 11. By means of individualization, highly esthetic restorations can be fabricated with the layering materials.

VITA SUPRINITY HT (High Translucent)

They are also available in the following shades: 0M1, A1, A2, A3, A3.5, B2, C2, D2. Thanks to their higher translucency, HT shades are matched to a mixture of dentine-incisal materials and particularly suitable for inlays, onlays, veneers and partial crowns. Restorations made of HT blocks exhibit natural translucency and an excellent chameleon effect.





All VITA SUPRINITY (T and HT) blocks feature natural opalescence and harmonious ﬂ uorescence to enhance the natural appearance of the restoration. All VITA SUPRINITY restorations can be characterized with VITA AKZENT Plus by means of the staining technique.

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VITA SUPRINITY

0,4 0,6 0,8 1,0 1,2 1,4 1,6 1,8 2,0

Shade concept

Change of the shade effect (chroma and value) for different layer thicknesses of the blocks:

Impact of the stump shade on a crown milled from a T block (shade A2).

VITA SIMULATE Preparation Kit

VITA SIMULATE Preparation Material

VITA SIMULATE Preparation Material is a light-curing composite used in the fabrication of artiﬁcial dies to simulate the shade of the prepared tooth. The material is used as an aid particularly when fabricating translucent all-ceramic restorations where the shade effect is strongly inﬂuenced by the shade of the stump. As the shade of the restoration can be veriﬁed in advance and corrected where required, this product enables simple and reliable reproduction of the tooth shade.

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VITA SUPRINITY

VITA VM 11 effect materials

VITA VM®11 material properties

Perfectly matched veneering material

VITA VM 11 is a low fusing ﬁne-structure feldspar ceramic that has been developed especially for individualizing crown substructures made of zirconia reinforced lithium silicate ceramic (ZLS). Due to its individual CTE, a separate veneering material is required for this new generation of glass ceramic. The perfectly matched CTE values of substructure and veneering materials help minimize stress to ensure very good bonding and veneering reliability that is free of warping.

Product beneﬁts

Highly esthetic restorations:

The high translucency and warm shades of VITA VM 11 in combination with the opalescent effect of VITA SUPRINITY create highly esthetic restorations with a vivid play of colors.

VITA SUPRINITY crown individualized with VITA VM 11.

Reliable bonding:

Stress-free and reliable bonding is ensured through a perfect match of both CTE ranges.

Excellent grinding and polishing properties:

Thanks to the proven ﬁne structure of VITA VM 11, its smooth and densely sealed surface can be easily and quickly polished.

Simple processing:

Excellent stability, minimal shrinkage and high edge stability are distinctive features of VITA VM 11. Thanks to the excellent surface wettability of VITA SUPRINITY, the new glass ceramic is suitable for multiple layering without liner ﬁring or washbake.

Outstanding ﬁring stability:

The outstanding ﬁring properties of VITA VM 11 result in very high dimensional stability even after several ﬁrings.

Good surface quality:

The ﬁne structure provides a number of beneﬁts for dental technicians, dentists and patients alike. Thanks to the homogeneous, sealed surface, VITA VM 11 offers excellent grinding and polishing properties especially in situ to ensure smooth and perfectly sealed surfaces.

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VITA SUPRINITY

VITA VM®11 material properties

VITA VM 11 – Physical properties

CTE 10

Unit of

measure

-6

-1

approx. 11.6

Softening temperature °C approx. 600

Transformation temperature °C approx. 540

Solubility in acids µg/cm

3-point ﬂexural strength MPa approx. 100

Information according to ISO 6872; Source: Internal study, VITA

VITA VM 11 – Components

SiO

Al2O

Na2O

CaO

Wt%

62 - 65

8.5 - 12

5 - 7.5

9 - 12

1 - 2

Value

approx. 8

Source:VITA

ZrO

B2O

< 1

4 - 6

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VITA SUPRINITY

TRANSPA DENTINE

– translucent material perfectly

matched with VITA SUPRINITY

VITAVM®11 materials

OM1

A3.5

ENAMEL

– enamel material in two nuances

WINDOW

– transparent material

NEUTRAL

– universally suitable translucent

material

EFFECT ENAMEL

– can be used for all enamel areas

of the natural tooth

– universally suitable translucent

enamel effect materials

– to achieve a natural

effect of depth

ENL

END

WIN

EE1

EE3

EE5

EE7

EE8

EE9

EE11

whitish

reddish

crystal-clear

neutral

whitish

pink-translucent

yellowish-translucent

orange-translucent

red-translucent

bluish-translucent

grey

EFFECT PEARL

– for pearl effects on the surface

– perfectly suitable for bleached

restorations

EFFECT OPAL

– to create an opal effect

EP1

EO1

EO2

EO3

EO5

nuance in pastel yellow

neutral, universally suitable

whitish

bluish

dark violet

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VITA SUPRINITY

VITAVM®11 materials

SUN DENTINE

– for a "sunnier" or also warmer shade,

SUN DENTINE can be used or the

respective TRANSPA DENTINE can

be mixed with SUN DENTINE.

AMELON

– highly ﬂuorescent porcelain, which is

mainly used in the incisal area between

incisal edge and dentine

SD1

SD2

SD3

MM1

MM3

light yellow

orange

orange-red

beige

tender orange

EFFECT CHROMA

– color-intensive modiﬁer porcelains

to accentuate certain areas

– to vary the lightness value in the neck,

dentine and enamel areas

EC1

EC5

EC 11

white

light orange

green-grey

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VITA SUPRINITY

Wall thicknesses

The design of the restoration is the decisive factor for the success of an all-ceramic restoration. The more attention is given to the design, the better the ﬁ nal results and the clinical success will turn out to be.

The following basic guidelines need to be observed:

• VITA SUPRINITY is the high-strength component and must always account

for more than 50% of the total layer thickness of the restoration. A uniform layer thickness of VITA VM 11 across the entire surface to be veneered must be ensured. The entire thickness of the ceramic layer, however, should not exceed

2.0 mm (the optimum layer thickness ranges from 0.7 to 1.2 mm).

• In large preparations and for veneered or partially veneered restorations,

the space to support the shape and the cusps must be compensated by the corresponding design of the high-strength VITA SUPRINITY component and not by the VITA VM 11 layering material. We recommend a ratio of two thirds of VITA SUPRINITY to one third of VITA VM 11.

• In partially veneered restorations, the functional contacts must not be located

in the transition between VITA SUPRINITY and VITA VM 11.

To achieve clinical success, the following VITA SUPRINITY wall thicknesses must be adhered to* :

Minimum layer thicknesses

Staining technique –

incisal/occlusal

Staining technique –

circumferential

Cut-back technique –

incisal/occlusal

Cut-back technique –

circumferential

All values in mm

* Successful clinical result: reliable shade reproduction and compliance with the requirements of the preparation guidelines.

Inlay / Onlay Veneer Anterior crowns

1.0

0.7

0.6

0.4

0.6

1.5

1.2

0.8

1.2

Posterior crowns

1.5

1.3

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VITA SUPRINITY

Preparation guidelines

Basics of preparation

In addition to the anatomical conditions, the preparation for all-ceramic restorations is exclusively based on the requirements proﬁle of the ceramic material. In contrast to traditional restoration methods, different and, primarily, material-speciﬁc requirements must be observed for all-ceramics.

The basic requirements that generally apply to the clinical procedure, however, remain unchanged: – Sufﬁcient cooling during the preparation – Avoiding exposure to heat caused by high pressure – Use of instruments with good cutting performance – Coarse preparation before ﬁne preparation – Protecting the gingiva against injury caused by milling/ grinding – No subgingival preparation margin

The preparation should comply with the following requirements

Defect-oriented

• Minimally invasive preparation resulting in extremely thin

restorations is not compatible with ceramics

• Providing a stable basis for the restoration

• Ensuring freedom of rotation and accurate positioning of

the restoration

Tooth-speciﬁc

• Anterior, posterior tooth, alignment with the tooth axes

(upper and lower)

• Securing the required residual dentine thickness of

0.7 - 1.0 mm in all areas

Material-speciﬁc

• Sufﬁcient space for structural retention depending on the

indication

• Sufﬁcient space for esthetic rehabilitation

Technology-speciﬁc

• Requirements proﬁle of the CAD/CAM system in use

• Software speciﬁcations

• Geometry of axes of the milling or grinding system

• Size of the smallest milling or grinding tool

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VITA SUPRINITY

Preparation guidelines*

≥ 1.0 mm

≥ 1.5 mm

Anterior crowns

• The circumferential chamfer preparation has proven to be simple to implement

and kind to ceramic in the all-ceramic technique. Moreover, it ensures mechanical support of the restoration.

• In esthetically challenging areas a pronounced circumferential chamfer is

recommended in order to achieve a natural shade effect of the ceramic.

• Sharp-edged transitions and intricate bevelling are to be avoided.

Recommended minimum wall thicknesses:

Incisal wall thickness: 1.5 mm Circumferential wall thickness : 1.2 mm Tapering crown margin: 1.0 mm

≥ 1.5 mm

≥ 1.0 mm

≥ 0.8 mm

Posterior crowns

• Shoulder preparations of over 1.0 mm are to be avoided, particularly in the

approximal area of the upper and lower premolars and in the lingual area of the lower molars in order to avoid the risk of falling short of the required minimum wall thickness of the dentine.

• Sharp-edged transitions and intricate bevelling are also to be avoided for this

indication.

• The preparation needs to ensure occlusal thickness of the restoration of

1.5 - 2.0 mm to guarantee adequate strength of the restoration.

• Reduce circumferentially by 1.5 mm for optimum esthetic results.

Recommended minimum wall thicknesses:

Fissure area: 1.0 mm Cusp area: 1.5 mm Circumferential wall thickness: 1.5 mm

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VITA SUPRINITY

≥ 1.0 mm

Preparation guidelines*

Inlays, onlays and partial crowns

• When preparing teeth for inlays, onlays and partial crowns, it is extremely

≥ 1.0 mm

important to adhere to the requirements of the ceramic material.

• Thanks to the use of the adhesive technique, box preparations to achieve

mechanical retention are not required and will also lead to unfavorable ceramic designs.

• If preparation margins can be easily accessed, simple removal

of excess adhesive and treatment of the adhesive joint are ensured.

• If the requirements on the minimum thickness of dentine-supported residual

tooth substance are not adhered to, the probability of failure will increase considerably.

• To ensure increased resistance of the material, shaping of deep ﬁssures can

be omitted.

Recommended minimum layer thicknesses:

Fissure area: 1.0 mm Isthmus area: 1.0 mm Cusp area: 1.0 mm

0.7 mm

0.4 mm

0.6 mm

Veneers

• The preparation of veneers offers a wide range of variations -

• from minimally invasive reduction of the surface enamel layers through

classical, more extensive veneer preparation to 3/4 of the crown, thereby mostly conserving the natural palatal tooth substance.

• Minimum reduction of the enamel (0.5 mm)

• Preparation border supragingival to paramarginal

• Incisal reduction (2.0 - 2.5 mm)

• Approximal reduction conserving the contact point

Recommended minimum layer thicknesses:

Incisal wall thickness: 0.7 mm Labial wall thickness: 0.6 mm Tapering crown margin: 0.4 mm

* More information on the preparation can be found in "Clinical Aspects of All Ceramics", No. 1696 at www.vita-zahnfabrik.com

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VITA SUPRINITY

CAD/CAM system compatibility

CEREC® / inLab® (Sirona):

VITA SUPRINITY can be processed with Sirona's CEREC or inLab MC XL systems, software version V 4.2 or lat er. Users of a Sirona system that does not match this system conﬁguration should select lithium disilicate ceramic from the material menu to perform processing.

Sirona inLab MC XL milling system

Ceramill® Motion 2 (AmannGirrbach):

The Ceramill Mind design software will be updated and available from mid 2014 for processing VITA SUPRINITY in the milling system from AmannGirrbach.

Arctica® Engine (KaVo):

VITA SUPRINITY will be included in KaVo's multiCAD Dental CAD Software from mid 2014 and can then be processed with KaVo's Arctica Engine grinding/milling machine.

Important

Make sure that the restorations are thoroughly cleaned before further processing and that any residue of the milling additive of the CAD/CAM milling system is removed. Residue of the milling additive remaining on the surface may result in bonding problems and/or discoloration.

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VITA SUPRINITY

Finishing the milled restoration

Suitable milling instruments are required for ﬁnishing and reworking VITA SUPRINITY. Special milling tools for glass ceramics or ﬁne diamond abrasive tools must be used for this purpose. Local overheating may occur if unsuitable milling tools are used or excessive pressure is exerted.

The following procedure is recommended for ﬁnishing restorations made of VITA SUPRINITY:

• Whenever possible, adjustments of VITA SUPRINITY restorations should always

be performed in the precrystallized condition.

• Use only suitable milling tools, low speed and little pressure.

• Avoid overheating the glass ceramic.

• Restorations are ﬁtted on the dies, carefully adjusted and approximal/occlusal

contacts are checked.

• Use a ﬁne diamond tool to grind the entire occlusal surface in order to smooth

out the surface relief created in the CAM process.

• Make sure that the minimum thickness of the restoration is maintained after

reworking (see information on page 16).

• Prior to crystallization, the restorations should always be cleaned thoroughly

with the steam jet or with water in the ultrasonic bath.

The restorations must not be sandblasted with Al2O3 or abrasive beads!

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VITA SUPRINITY

Finishing the milled restoration

First the VITA SUPRINITY block to be used is selected based on the respective clinical situation. The block shade and the corresponding translucency are determined based on the respective patient situation. After selecting the block, it is milled using the CAM system.

The milled restoration on the block.

The use of suitable milling instruments is mandatory for processing VITA SUPRINITY. If unsuitable milling tools are used, chipping of the edges and local overheating may occur.

The lug is removed with a diamond-coated tool. Use only ﬁne-grit diamond abrasive tools for contouring and ﬁnishing diamonds for prepolishing.

When reworking restorations, exert only slight pressure.

Mesial and distal contacts are checked.

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VITA SUPRINITY

Finishing the milled restoration

Any premature contacts are ground off carefully from the inner side of the restoration.

Finished restoration ﬁtted on the model; ready for crystallization. At this stage, accurate ﬁt can also be checked in the mouth. Occlusion and articulation can be checked during clinical try-in (amber condition).

Then clean the restoration carefully.

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VITA SUPRINITY

After ﬁnishing and ﬁtting or clinical try-in, the restoration is completed. Various processing methods can be used for this purpose.

Manual polishing:

Crystallization ﬁring Polishing

Staining technique:

Fabrication process

Combination ﬁring

Crystallization incl. stains / Glaze ﬁring

Crystallization ﬁring

Cut-back technique:

Crystallization ﬁring

Stains / Glaze ﬁring

Individualization with VITA VM 11

Glaze ﬁring

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VITA SUPRINITY

Crystallization

Always clean the restoration prior to crystallization. We recommend cleaning with steam and/or with water in the ultrasonic bath. The restoration must not be sandblasted with Al2O3 or abrasive beads.

No special ﬁring trays are required for crystallization. To avoid contamination, the exclusive use of honeycomb trays and platinum pins is recommended.

An auxiliary ﬁring paste is not required either since restorations made of VITA SUPRINITY feature high ﬁring stability. The ﬁring paste, however, can be used for the fabrication of an individual ﬁring tray and to support the restoration. Only small quantities of ﬁring paste should be applied to the pin for ﬁxation of the restoration. The restoration must not be ﬁlled with ﬁring paste.

Note: Dark ceramic ﬁring trays can also be used. To avoid direct contact with the restoration during crystallization, the ceramic pins need to be covered with ﬁring paste or ﬁbrous pad.

When using ﬁbrous pads, the temperature may vary by 10–20°C - in some cases even by up to 40° - from the reference value given depending on the furnace that is used and needs to be adjusted accordingly.

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VITA SUPRINITY

Crystallization

Recommended parameters for crystallization of VITA SUPRINITY restorations.

VITA VACUMAT

Predry.

°C

min. min. °C/min.

400 4.00 8.00 55 840 8.00 8.00 680

* The ﬁring chamber mus t not be opened during long-t erm cooling.

approx. temp. °C

min.

VAC min. °C *

Programat Ivoclar Vivadent

[°C]S[min.]

400 4.00 55 840 8.00 410 / 840 680 0

* The ﬁring chamber mus t not be opened during long-t erm cooling.

[°C min.]T1 [°C]

[min.]

Vac. 1 [°C] /

Vac. 2 [°C]L [°C]

tL *

After ﬁring, remove the VITA SUPRINITY restorations from the furnace and let them cool down to room temperature at a place protected from draft. Restorations that are still hot must not be touched with metal tongs, blasted or quenched.

Crystallized VITA SUPRINITY crown.

The surface of the VITA SUPRINITY restoration exhibits a silky-mat gloss after crystallization.

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VITA SUPRINITY

Polishing

Reworking

Restorations made of VITA SUPRINIT Y should only be reworked with diamondcoated grinding tools (e.g. EVE DIASYNT Plus coarse and medium) and special polishing instruments.

VITA SUPRINITY Polishing Set technical

VITA SUPRINITY Polishing Set clinical

Special 2-stage polishing assortments were developed for intraoral and extraoral polishing of VITA SUPRINITY. Natural high gloss can be achieved quickly and easily.

• VITA SUPRINITY Polishing Set technical with eight polishers for the

handpiece

• VITA SUPRINITY Polishing Set clinical with six polishing instruments

for the contra-angle

After crystallization, the surface of the restoration can be polished manually using the instruments of the VITA SUPRINITY Polishing Sets technical or clinical.

Prepolishing is carried out using the diamond-coated, pink instruments at a speed of 7,000 - 12,000 rpm.

High-gloss polishing is subsequently carried out with the diamond-coated, grey instruments at a reduced speed of 4,000 – 8,000 rpm.

It is mandatory to avoid generation of heat during prepolishing and high-gloss polishing! Reduced and uniform pressure must also be ensured.

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VITA SUPRINITY

Combination firing

When using the staining technique, stains and glaze materials are applied to complete the fully anatomical milled restorations. The following materials can be used: – VITA AKZENT Plus POWDER – VITA AKZENT Plus PASTE – VITA AKZENT Plus SPRAY

Individual characterization can be performed and the glaze materials can be applied either before or after crystallization ﬁring.

Crystallization ﬁring incl. stains /glaze ﬁring BEFORE crystallization ﬁring

First coat the entire restoration with glaze material and then apply thin, transparent layers of effect and body materials.

A distinctive incisal edge effect can be achieved, for example through the use of bluish/grey stains (ES10-ES13).

The characterized restoration is placed on the ﬁring tray and ﬁred according to the recommendations.

Combination ﬁring

Recommended parameters for crystallization of VITA SUPRINITY with characterization (in this case: VITA AKZENT Plus powder).

VITA VACUMAT

Predry.

°C

min. min. °C/min.

400 4.00 8.00 55 840 8.00 8.00 680

* The ﬁring chamber mus t not be opened during long-t erm cooling.

approx.

temp. °C

min.

VAC min. °C *

Programat Ivoclar Vivadent

[°C]S[min.]

400 4.00 55 840 8.00 410 / 840 680 0

[°C min.]T1 [°C]

[min.]

Vac. 1 [°C] /

Vac. 2 [°C]

[°C]

tL *

* The ﬁring chamber mus t not be opened during long-t erm cooling.

Characterized VITA SUPRINITY crown after combination ﬁring.

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VITA SUPRINITY

Combination firing

Alternative: VITA AKZENT Plus glaze spray

VITA AKZENT Plus glaze sprays are spray-on ceramic powder that can be easily applied and used for glazing ceramics.

Note: To avoid spraying onto the adhesive surfaces of the restoration (e.g. basal surface of inlays, inner surfaces of crowns and veneers), it is recommended to use VITA Firing Paste to prepare an individual ﬁring tray in order to avoid inaccuracy of ﬁt. Moreover glaze material can not be adequately etched with hydroﬂuoric acid.

Only small quantities of ﬁring paste should be used. Make sure to avoid ﬁlling the restoration with ﬁring paste.

BEFORE crystallization ﬁring, VITA AKZENT Plus Spray is sprayed evenly onto the entire restoration at a distance of 10 - 15 cm. Spray intermittently to achieve optimum results.

Note: Shake VITA AKZENT PLUS glaze sprays well prior to use (approx. 1 min.). The mixing ball needs to be heard clearly.

The bottle needs to be shaken between the individual spraying processes for several restorations. Best results are obtained with 1 to 2 layers of glaze material, especially when using VITA AKZENT Plus BODY SPRAYS. A whitish (GLAZE, GLAZE LT) or pink (BODY) coat indicates a uniform layer.

Important: Make sure to avoid excessively thick layers.

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VITA SUPRINITY

Combination firing

Alternative: VITA AKZENT Plus glaze spray

Combination ﬁring

Recommended parameters for crystallization of VITA SUPRINITY (with characterization) - in this case: VITA AKZENT Plus GLAZE SPRAY

VITA VACUMAT

Predry.

°C

min. min. °C/min.

400 4.00 8.00 55 840 8.00 8.00 680

* The ﬁring chamber mus t not be opened during long-t erm cooling.

approx. temp. °C

min.

VAC min. °C

Programat Ivoclar Vivadent

[°C]S[min.]

400 4.00 55 840 8.00 410 / 840 680 0

* The ﬁring chamber mus t not be opened during long-t erm cooling.

[°C min.]T1 [°C]

[min.]

Vac. 1 [°C] /

Vac. 2 [°C]L [°C]

Crystallized crown on the model.

tL *

Additionally, mechanical polishing of the glazed restoration can be carried out. For this purpose, e.g. VITA KARAT diamond polishing paste (for extraoral use only) can be used.

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VITA SUPRINITY

Stains / glaze firing with VITA AKZENT® Plus

AFTER crystallization ﬁring After crystallization, the surface of the restoration can be processed with a ﬁne diamond and the desired surface texture can be adapted to the adjacent teeth. Then grinding particles must be carefully removed from the restoration.

Then the cleaned crown can be coated with VITA AKZENT Plus GLAZE LT ...

… and subsequently characterized with the VITA AKZENT Plus EFFECT and BODY STAINS.

Stains and glaze ﬁring

Recommended parameters for characterization (in this case: with VITA AKZENT Plus EFFECT STAINS and GLAZE).

VITA VACUMAT

Predry.

°C

min. min. °C/min.

400 4.00 5.00 80 800 1.00 -

approx.

temp. °C

min.

VAC

min.

Stained and ﬁred VITA SUPRINITY restoration on the ﬁring tray.

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VITA SUPRINITY

Cut-back technique with VITAVM®11

In the cut-back technique, VITA VM 11 materials are applied to the incisal or occlusal areas of the milled, reduced VITA SUPRINITY restoration. Then stains and glaze ﬁring with VITA AKZENT PLUS is carried out.

Finishing and preparing for crystallization

The proper milling tools are required for ﬁnishing and adjusting VITA SUPRINITY restorations. Special milling tools for glass ceramics or ﬁne diamond abrasive tools must be used for this purpose. If unsuitable milling tools are used, chipping of the edges and local overheating may occur (please observe the recommendations on milling tools for glass ceramics).

The following procedure is recommended for ﬁnishing VITA SUPRINITY restorations:

• Any milling adjustment of milled VITA SUPRINITY restorations should always

be carried out in the precrystallized (amber, transparent) condition.

• Use only suitable milling tools, low speed and little pressure to avoid chipping

and delamination (especially at the edges).

• Avoid overheating the glass ceramic.

• The restoration is ﬁtted on the dies and adjusted carefully; check approximal/

occlusal contacts and adjust by milling in accordance with the clinical situation.

• Minimum wall thicknesses must be ensured when ﬁnishing/adjusting the

restoration.

• Refrain from designing extreme morphologies with undercuts for mamelons.

• Prior to crystallization, the restorations should always be thoroughly cleaned

with water in the ultrasonic bath and/or with the steam jet.

The restorations must not be sandblasted with Al2O3 or abrasive beads.

Page 29

VITA SUPRINITY

Cut-back technique with VITAVM®11

Milling of a VITA SUPRINITY anterior crown

To obtain sufﬁcient space for layering on the enamel, the incisal area of the anterior restoration is reduced accordingly.

This can be done using the corresponding software or ...

… with suitable milling instruments (manually)!

Note: Milling adjustments of VITA SUPRINITY restorations should be performed in the precrystallized condition.

Always clean the restoration with ultrasound in a water bath and/or with a steam jet prior to crystallization.

The minimum layer thicknesses must be observed during processing (see information on page 12).

Crystallization is required prior to veneering.

Crystallization

Recommended parameters for crystallization of VITA SUPRINITY

VITA VACUMAT

Predry.

°C

min. min. °C/min.

400 4.00 8.00 55 840 8.00 8.00 680

* The ﬁring chamber mus t not be opened during long-t erm cooling.

approx.

temp. °C

min.

VAC

min. °C

Programat Ivoclar Vivadent

[°C]S[min.]

400 4.00 55 840 8.00 410 / 840 680 0

* The ﬁring chamber mus t not be opened during long-t erm cooling.

[°C min.]T1 [°C]

[min.]

Vac. 1 [°C] /

Vac. 2 [°C]

[°C]

tL *

Page 30

VITA SUPRINITY

Cut-back technique with VITAVM®11

Crystallized crown.

Before the application of the VITA VM 11 materials, a ﬁne diamond can be used (exert little pressure only) to perform minor corrections of the shape. Then clean thoroughly with the steam jet.

Depending on the requirements, the crown is coated with VITA VM 11 materials of the DENTINE or CREATIVE Kit.

The VITA INTERNO materials can be mixed in to intensify the shade.

The layered crown on the honeycomb tray ready for ﬁrst dentine ﬁring.

Place veneers, inlays, onlays or partial crowns on ﬁbrous pads.

Note: When using ﬁbrous pads, the temperature may vary by 10–20°C - in some cases even by up to 40° - from the reference value given depending on the furnace that is used and needs to be adjusted correspondingly. When using ﬁring pastes (e. g. VITA Firing Paste), the veneering ceramic must not come into contact with the ﬁring paste since the liquid contained in the paste burns more slowly. In such cases, grey discoloration may occur, which can, however, be prevented by increasing the pre-drying interval from 6 to 8 minutes.

Page 31

VITA SUPRINITY

Cut-back technique with VITAVM®11

First dentine ﬁring

Predry.

°C

min. min. °C/min.

400 6.00 7.16 55 800 1.00 7.16

approx.

temp. °C

min.

VAC

min.

If required, a second dentine ﬁring can be carried out.

Finishing

Finish the restoration and design (contour) the surface.

Then the surface is prepolished using the pink instruments of the VITA SUPRINITY Polishing Set clinical or technical ...

... and high-gloss polished with the grey instruments.

A goat hair brush and polishing paste (e.g. VITA KARAT diamond polishing paste) can also be used for high-gloss polishing.

Page 32

VITA SUPRINITY

Cut-back technique with VITAVM®11

Alternatively, VITA AKZENT Plus glaze material is applied across the entire surface of the restoration ...

... and then characterized with VITA AKZENT Plus EFFECT and BODY materials.

Glaze ﬁring with VITA AKZENT Plus powder materials

Predry.

°C

min. min. °C/min.

400 4.00 5.00 80 800 1.00 -

approx.

temp. °C

min.

Individualized restoration after glaze ﬁring.

VAC min.

Page 33

VITA SUPRINITY

Firing parameters

Information on the ﬁ ring procedure

The ﬁ ring result obtained with dental ceramics depends to a great extent on the individual user's ﬁ ring procedure and design of the restoration to be veneered. The type of furnace, the location of the temperature sensor, the ﬁ ring tray and the size of the workpiece during the ﬁ ring cycles are decisive for the result of ﬁ ring.

Our application-technical recommendations for the ﬁ ring temperatures (regardless of whether they have been provided orally, in writing or in the form of practical instructions) are based on extensive experience and tests. The user, however, should consider this information only as a reference. Should the surface quality or the degree of transparency or glaze not correspond to the ﬁ ring result that is achieved under optimum conditions, the ﬁ ring procedure must be adjusted correspondingly. The crucial factors for the ﬁ ring procedure are not the ﬁ ring temperature indicated on the furnace display, but the appearance and the surface quality of the ﬁ ring object after ﬁ ring.

Explanation of the VITA VACUMAT ﬁ ring parameters:

Predr. °C

Temp. approx. °C

VAC min.

Start temperature

Predrying time in minutes, closing time

Heating time in minutes

Temperature rise rate in degrees Celsius per minute

End temperature

Holding time for end temperature in minutes

Vacuum holding time in minutes

Long-term cooling in degrees Celsius

Explanation of the Ivoclar Programat parameters:

VAC 1

VAC 2

Stand-by temperature [°C]

Closing time [min.]

Temperature increase rate [°C min.]

Holding temperature [°C]

Holding time [min.]

Vacuum on [°C]

Vacuum off [°C]

Long-term cooling [°C]

Cooling temperature rate

Page 34

VITA SUPRINITY

Firing parameters - crystallization firing

The following aspects need to be observed when using furnaces for crystallization of VITA SUPRINITY:

• Furnaces of the VITA VACUMAT 6000 series are perfectly suited.

• If other furnaces or furnaces that are not tested are used, the following is

required: – Furnaces need to have a function for controlled long-term cooling and a v acuum function. – When using VITA SUPRINITY for the ﬁrst time, please calibrate the furnace. Please adhere precisely to the manufacturer's instructions when calibrating y our furnac e.

• Use a suitable honeycomb tray and platinum pins for ﬁring. Ceramic trays and ceramic pins are not suitable since they may adhere to the restorations after ﬁring.

• The ﬁring parameters provided in the working instructions have been matched

with VITA VACUMAT furnaces. If different furnaces (not manufactured by VITA) are used, it may be required to adjust the temperatures.

• After ﬁring, remove the VITA SUPRINITY restorations from the furnace and

let them cool down to room temperature at a place protected from draft. Hot restorations must not be touched with metal tongs, blasted or quenched.

Crystallization and combination ﬁring

VITA VACUMAT

Crystallization ﬁring or combination ﬁring with AKZENT Plus

* The ﬁring chamber mus t not be opened during long-t erm cooling.

Ivoclar Programat

Crystallization ﬁring or combination ﬁring with AKZENT Plus

* The ﬁring chamber mus t not be opened during long-t erm cooling.

Predry.

°C

400 4.00 8.00 55 840 8.00 8.00 680

[°C]S [min.]

400 4.00 55 840 8.00

The following glaze materials and stains can be used for crystallization and combination ﬁring:

• VITA AKZENT Plus GLAZE LT POWDER

• VITA AKZENT Plus GLAZE LT PASTE

• VITA AKZENT Plus GLAZE LT SPRAY

• VITA AKZENT Plus POWDER

• VITA AKZENT Plus PASTE

• VITA AKZENT Plus BODY SPRAY

• VITA AKZENT Plus GLAZE SPRAY

approx.

min. min.

[°C min.]T1 [°C]

°C/min.

temp. °C min.

VAC 1 [°C] /

[min.]

VAC 2 [°C]

410

840

VAC

min.

[°C]

680 0

°C

Page 35

VITA SUPRINITY

Firing parameters - stains / glaze firing

VITA VACUMAT

Glaze ﬁring with AKZENT Plus POWDER and SPRAY

Glaze ﬁring with AKZENT Plus PASTE

Glaze ﬁring with AKZENT Plus GLAZE LT POWDER and SPRAY

Glaze ﬁring with AKZENT Plus GLAZE LT PASTE

Ivoclar Programat

Glaze ﬁring with AKZENT Plus POWDER and SPRAY

Glaze ﬁring with AKZENT Plus PASTE

Glaze ﬁring with AKZENT Plus GLAZE LT POWDER and SPRAY

Predry.

°C

400 4.00 5.00 80 800 1.00 -

400 6.00 5.00 80 800 1.00 -

400 4.00 5.00 80 800 1.00 -

400 6.00 5.00 80 800 1.00 -

[°C]

400 4.00 80 800 1.00 - -

400 6.00 80 800 1.00 - -

400 4.00 80 800 1.00 - -

min. min.

[min.]

[°C min.]T1 [°C]

°C/min.

approx.

temp. °C min.

[min.]

VAC 1 [°C] /

VAC 2 [°C]L[°C]

VAC min.

Glaze ﬁring with AKZENT Plus GLAZE LT PASTE

400 6.00 80 800 1.00 - -

The following glaze materials and stains can be used for stains/glaze ﬁring:

• VITA AKZENT Plus GLAZE LT POWDER

• VITA AKZENT Plus GLAZE LT PASTE

• VITA AKZENT Plus GLAZE LT SPRAY

• VITA AKZENT Plus POWDER

• VITA AKZENT Plus PASTE

• VITA AKZENT Plus BODY SPRAY

• VITA AKZENT Plus GLAZE SPRAY

Page 36

VITA SUPRINITY

VITA VM 11

Firing parameters - cut-back technique

VITA VACUMAT

First dentine ﬁring / VITA VM 11

Second dentine ﬁring / VITA VM 11

Glaze ﬁring with AKZENT Plus POWDER and SPRAY

Glaze ﬁring with AKZENT Plus PASTE

Glaze ﬁring with AKZENT Plus GLAZE LT POWDER and SPRAY

Glaze ﬁring with AKZENT Plus GLAZE LT PASTE

Ivoclar Programat

First dentine ﬁring / VITA VM 11

Second dentine ﬁring / VITA VM 11

Glaze ﬁring with

and SPRAY

Glaze ﬁring with

AKZENT Plus POWDER

AKZENT Plus PASTE

Predry.

°C

400 6.00 7.16 55 800 1.00 7.16

min. min.

°C/min.

approx. temp. °C min.

VAC min.

400 6.00 7.16 55 800 1.00 7.16

400 4.00 5.00 80 800 1.00 -

400 6.00 5.00 80 800 1.00 -

400 4.00 5.00 80 800 1.00 -

400 6.00 5.00 80 800 1.00 -

[°C]

[min.]

[°C min.]

400 6.00 55 800 1.00

400 4.00

400 6.00

[°C]

800 1.00

[min.]

VAC 1 [°C] /

VAC 2 [°C]L [°C]

400 799

- -

Glaze ﬁring with AKZENT Plus GLAZE LT POWDER

and SPRAY

Glaze ﬁring with AKZENT Plus GLAZE LT PASTE

400 4.00

400 6.00

800 1.00

- -

All VITA AKZENT Plus materials can be used for characterizing VITA SUPRINITY restorations in combination with VITA VM 11. VITA AKZENT Plus GLAZE LT is perfectly suited to achieve natural high gloss.

Page 37

VITA SUPRINITY

Bonding

VITA SUPRINITY

Veneers

Inlays, onlays, partial crowns

Anterior crowns

Posterior crowns

recommended

•

Deﬁnition

• Adhesive bonding

With adhesive bonding, the bond is created between the adhesive material and the restoration or the adhesive material and the hard tooth substance by chemical bonding or micromechanical retention. Retentive preparation is not required due to chemical bonding or micromechnical retention. To achieve bonding to the dentine or enamel, special adhesive systems are used on the prepared tooth depending on the selected bonding material. Adhesive bonding increases the total strength of the seated all- ceramic restoration.

Adhesive bonding

•

Self-adhesive bonding

—

•

• Self-adhesive bonding

Special pretreatment of the hard tooth substance is not required for self- adhesive bonding since the bonding material features self-etching properties to the tooth, but not to the restoration. To achieve adequate adhesive forces, retentive preparation is recommended since adhesion of the restoration is only partly achieved by micromechanical or chemical bonding.

Dual-curing (e.g. VITA DUO CEMENT; VITA) or light curing adhesive composites can be used for bonding.

Page 38

VITA SUPRINITY

Bonding

Conditioning the restoration

The ﬁt of silicate ceramics should not be checked with silicone-containing try-in pastes since silicone oils remain on the surface, which are difﬁcult to remove and affect adhesive bonding later on. The ceramic surface must also be free from any contamination to enable successful adhesive bonding. Alcohol may be used to clean restorations that have been seated in the mouth. Then the underside of the ceramic is etched with hydroﬂuoric acid for 20 seconds. It must be ensured that the hydroﬂuoric acid is carefully applied up to the preparation border. Then the hydroﬂuoric acid is rinsed off with forceful water spray. Cleaning in the ultrasonic bath (1 - 3 minutes in 98 % alcohol) is recommended.

The use of a silane is recommended to improve bonding. When using a silane, the following procedure is required: Before the silane is applied, the ceramic surface should be dried with alcohol (98 %). A perfectly dried surface is a precondition for reliable silanization. The silane should be allowed to react for one minute and then dispersed to obtain a very thin silane coat. When using a one-component silane, the expiration date needs to be observed; a two- component silane allows the use of a freshly mixed solution for each individual application.

Procedure

Material

Indication

Type of bonding

Sandblasting

A light curing adhesive may (but does not have to) be applied to the ceramic restoration when using light curing composites. Light curing adhesive should not be used for this processing step when using dual-curing composites.

VITA SUPRINITY Zirconia reinforced lithium silicate glass ceramic.

Veneers, inlays, onlays, partial crowns, anterior and posterior crowns.

Adhesive or self-adhesive bonding - depending on the indication (see page 37, ﬁg. at the top). A distinction is made between dual-curing and light-curing luting composites. The dual-curing (light and chemically curing) are mainly recommended for thick and/or dark restorations and the light curing ones for restorations with thin walls (especially for veneers).

Etching

Conditioning / silanizing

Bonding

20 sec with hydroﬂuoric acid gel (e.g. VITA CERAMICS ETCH).

60 sec. with materials especially matched with glass ceramics.

With bonding (adhesive) materials especially matched with glass ceramics.

Page 39

VITA SUPRINITY

Bonding

Conditioning the remaining tooth substance

The most important precondition for adhesive bonding is the fact that the surfaces must be free from any contamination. If possible, exposed dentine should be sealed with a composite (dentine adhesive) already during the preparation of the teeth. Dentine that is not exposed needs to be cleaned before the adhesive system is applied. This can be perfectly achieved by sandblasting with glycine powder or aluminium oxide. The use of bicarbonate powder, however, leads to a decrease of the bonding values in the dentine and must therefore be avoided. Alternatively, the cavity can also be cleaned with rotating brushes and the additional use of pumice powder or ﬂuoride-free prophylaxis paste.

Procedure for conventional adhesive technique with adhesive system

The manufacturer's instructions on conditioning must be observed for the process!

– If present, etch enamel with VITA ETCHANT GEL for 30 sec. Spray clean for 30 sec and dry for 20 sec. Afterwards the etched surface must be white opaque. – Agitate dentine primer with a disposable brush or Microbrush for 30 sec, dry with air for 15 sec. – Agitate primer coat of adhesive for 20 sec, clean carefully for 5 sec (using air). Any excess should be soaked up. Light curing: 60 sec.

Conditioning titanium abutments

The manufacturer's instructions on conditioning must be observed!

If sandblasting of the adhesive surfaces has been approved by the manufacturer, the following procedure is required: – Protection of the emergence proﬁle and the screw canal (e.g. with glycerine gel) – Sandblast the adhesive surfaces according to the respective manufacturer's instructions – Clean thoroughly with steam jet or in the ultrasonic water bath. Avoid any contact with the adhesive surface after cleaning. – Condition the adhesive surface for 60 sec. Then dry excess with air.

Conditioning zirconia abutments

The manufacturer's instructions on conditioning must be observed!

– Cleaning the abutment surface with alcohol (intraoral) or acetone (extraoral). – Then apply ceramic primer according to the manufacturer's instructions. – Then apply bonding (adhesive) material according to the manufacturer's instructions.

Page 40

VITA SUPRINITY

Accessories

Geometries: VITA SUPRINITY is available in the geometry LS-14 (18 x 14 x 12 mm).

Range of shades: VITA SUPRINITY is available in the shades 0M1, A1, A2, A3, A3.5, B2, C2 and D2. Moreover all block shades are available in two translucency levels (T = Translucent and HT = High Translucent).

VITA SUPRINITY High Translucent

Shade Design. Geometry in mm Content/pieces Prod. No.

0M1-HT LS-14 18x14x12 5 EC4S010101

A1-H T LS-14 18x14x12 5 EC4S010130

A2-HT LS-14 18x14x12 5 EC4S010131

A3-HT L S -14 18x14x12 5 EC4S010132

A3.5-HT LS-14 18x14x12 5 EC4S010133

B2-HT LS-14 18x14x12 5 EC4S010136

C2-HT LS-14 18x14x12 5 EC4S010140

D2-HT LS-14 18x14x12 5 EC4S010143

VITA SUPRINITY Translucent

Shade Design. Geometry in mm Content/pieces Prod. No.

0M1-T LS -14 18x14x12 5 EC4S010001

A1-T LS-14 18x14x12 5 EC4S010030

A2-T LS -14 18x14x12 5 EC4S010031

A3 -T LS-14 18x14x12 5 EC4S010032

A3.5-T L S -14 18x14x12 5 EC4S010033

B2-T LS-14 18x14x12 5 EC4S010036

C2-T LS-14 18x14x12 5 EC4 S010040

D2-T L S -14 18x14x12 5 EC4S01004 3

Page 41

VITA SUPRINITY

Accessories

VITA SUPRINITY Polishing Set clinical

The polishing set includes a total of six polishing instruments for the contra-angle: three for prepolishing and three for high-gloss polishing.

VITA SUPRINITY Polishing Set technical

The set comprises eight polishing instruments for the handpiece and includes four instruments each for pre- and high-gloss polishing.

VITA AKZENT Plus

Can be used for all dental ceramic materials independent of the CTE of the material. Available in three different forms. PASTE: ready-to-use pastes with uniform consistency and homogeneous pigmentation. POWDER: for unlimited flexibility and cost-effectiveness. SPRAY: ready-to-use, easy-to-apply glaze and finishing agent stains in a spray bottle.

VITA AKZENT Plus GLAZE LT

Thanks to its lower firing temperature, GLAZE LT is perfectly suitable for glazing VITA SUPRINITY during crystallization, stains and glaze firing and in combination with VITA VM 11. Glaze spray is used to apply a uniform and homogeneous glaze layer.

Page 42

VITA SUPRINITY

Accessories

VITA VM 11 CREATIVE KIT

The effect materials of the CREATIVE KIT enable individual and highly esthetic completion of VITA SUPRINITY restorations in the cut-back technique.

VITA VM 11 DENTINE KIT

The assortment includes TRANSPA DENTINE materials that are perfectly matched with the VITA SUPRINITY block shades. Both materials feature identical translucency

VITA LOW FUSING MODELLING LIQUID

LF LIQUID (low fusing) has been perfectly matched with veneering materials with low firing temperatures (< 850 °C) and is therefore perfectly suited for processing with VITA VM 11.

VITA INTERNO

The materials offer the ability to create in-depth shade effects. Their high fluorescence adds very high luminosity to the shades. Small quantities of the materials are mixed with the VITA VM 11 materials.

VITA VACUMAT 6000 M

The fully automatic microprocessor-controlled firing unit is ideal for all dental ceramic firing requirements. The furnace offers superb quality and a host of new features to ensure first-rate firing results, user safety, convenience and reduction of working time.

Page 43

VITA SUPRINITY

Accessories

VITA classical A1-D4 shade guide

The original - for the determination of the tooth shade in the VITA classical A1–D4 shades.

VITA Easyshade Advance 4.0

VITA Easyshade Advance 4.0 is a further refinement of VITA Easyshade Advance. This digital shade measurement device allows any user to determine the shade of natural teeth or to verify restorations in a matter of seconds, regardless of available lighting. The tooth shade measured is indicated in VITA classical A1–D4, VITA SYSTEM 3D-Master and in VITABLOC shades. Automatic activation, Bluetooth, bleaching mode and numerous other innovative features guarantee maximum precision for even greater reliability and comfort.

VITA Linearguide 3D-MASTER / VITA Toothguide 3D-MASTER

With the VITA SYSTEM 3D-MASTER you can determine the correct tooth shade swiftly and accurately. The new VITA Linearguide 3D-MASTER is an alternative to the proven VITA Toothguide 3D-MASTER and features different (linear) arrangements of the shade sample teeth.

Page 44

VITA SUPRINITY

References

Printed materials

VITA SUPRINITY Concept Brochure, No. 2002 VITA SUPRINITY Product Information, No. 1971 VITA SUPRINITY Product Sheet, No. 1970 VITA SUPRINITY Magazine Dental Visionist No. 1911_2 VITA SUPRINITY Expert opinions, No. 2003 VITA SUPRINITY Working Instructions, No. 1951 VITA SUPRINITY Polishing Set Product Sheet, No. 2004 VITA SUPRINITY Technical and scientific documentation, No. 2001

VITA VM 11 Product Information, No. 2005

VITA AKZENT Plus Product Information, No. 1926 VITA AKZENT Plus Working Instructions, No. 1925

These publications and more information about VITA SUPRINITY are available at www.vita-suprinity.com

Page 45

VITA SUPRINITY

Safety information

Safety at work and health protection

VITA AKZENT Plus BODY SPRAY / GLAZE SPRAY / GLAZE LT SPRAY

When working with the product, wear suitable safety goggles/ face protection and light respiratory protection.

Extremely flammable aerosol.

Spray-on ceramic glaze material. For dental applications only. Not for intraoral use. Shake well before use. Pressurized container. May burst if heated. Do not puncture or burn. Protect from direct sunlight and temperatures above 50 C°. Do not pierce or burn even after use. Do not spray into flames or onto glowing objects. Keep away from ignition sources. - No smoking. Keep away from heat / sparks / open flame / hot surfaces.

VITA Firing Paste

For detailed information, please refer to the respective safety data sheet. The respective safety data sheets can be downloaded at www.vita-zahnfabrik.com or requested by fax at (+49) 7761-562-233.

Health hazard

May cause cancer by inhalation. Causes skin irritation. mercial use only. Wear protective gloves/protective clothing/ eye and face protection. Use personal protective equipment as required. Special treatment. Remove contaminated clothing and wash before wearing again. Keep locked up.

Dispose of contents/container in accordance with local/regional/national/international regulations. Hazardous dust is formed when crushing in the dry condition (after firing).

For com-

Page 46

VITA SUPRINITY

Notes

Page 47

VITA SUPRINITY

Notes

Page 48

With the unique VITA SYSTEM 3D-MASTER, all natural tooth shades can be systematically determined and perfectly reproduced.

Please note: Our products must be used in accordance with the instructions for use. We accept no liability for any damage resulting from incorrect handling or usage. The user is furthermore obliged to check the product before use with regard to its suitability for the intended area of application. We cannot accept any liability if the product is used in conjunction with materials and equipment from other manufacturers that are not compatible or not authorized for use with our product. Furthermore, our liability for the accuracy of this information is independent of the legal basis and, in as far as legally permissible, shall always be limited to the value as invoiced of the goods supplied, excluding value-added tax. In particular, as far as legally permissible, we do not assume any liability for loss of earnings, indirect damages, ensuing damages or for third-party claims against the purchaser. Claims for damages based on fault liability (culpa in contrahendo, breach of contract, unlawful acts, etc.) can only be made in the case of intent or gross negligence. The VITA Modulbox is not necessarily a component of the product. Date of issue of this information: 11.13

After the publication of these information for use any previous versions become obsolete. The current version can be found at www.vita-zahnfabrik.com

VITA Zahnfabrik has been certified in accordance to the Medical Device Directive and the following products bear the CE mark

VITA SUPRINITY

VITAVM®11 VITA AKZENT® Plus

Rx only

and inLab® are registered trademarks of Sirona Dental Systems GmbH, Bensheim,

CEREC Germany. KaVo Arctica Germany. Ceramill

is a registered trademark of KaVo Dental GmbH, Biberach/Riß,

Motion is a registered trademark of Amann Girrbach AG, Koblach,

Austria. Programat® is a registered trademark of Ivoclar Vivadent AG, Schaan, Liechtenstein.

VITA Zahnfabrik H. Rauter GmbH & Co.KG Postfach 1338 · D-79704 Bad Säckingen · Germany Tel. +49(0)7761/562-0 · Fax +49(0)7761/562-299 Hotline: Tel. +49(0)7761/562-222 · Fax +49(0)7761/562-446 www.vita-zahnfabrik.com · [email protected]

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1951E – 1113 (X.) S – Version (01)