Straumann® CARES® Guide.

CARES Visual 8.8.

How to use the S­traumann® CARES® Guide. 1 Indication > Material You know the treatment indication and are looking for a suitable S­traumann CARES material. First, go to the appropriate indication section: 'Tooth-borne applications' or 'Implant-borne applications' The S­traumann CARES Guide shows you which materials are available for each indication. In the 'Leading material offering' section, you can find detailed information on each individual S­traumann CARES material.

Crown

Lava™ Ultimate

zerion®

IPS e.max® CAD

IPS Empress® CAD

VITA Mark II

VITA TriLuxe

polycon® ae

polycon® cast

2 Material > Indication You are already familiar with a certain S­traumann CARES material, but don't know what indications you can use it for. Start in the 'Leading material offering' section and the S­traumann CARES Guide will show you the available indications for each S­traumann CARES material.

IPS e.max® CAD

Veneer

Inlay

Onlay

Crown

Coping

CARES® X-Stream™

Partial Crown

4/3

16

4/3

polycon® ae

16

1/1

polycon® cast

16

4/4

Resin Nano Ceramic 3M™ ESPE™ Lava™ Ultimate Restorative Ceramic

Zirconium-dioxide for CARES Abutment IPS e.max® CAD – MO IPS e.max® CAD – LT IPS e.max® CAD – HT IPS Empress® CAD – Multi and LT IPS Empress® CAD – HT VITA Mark II VITA TriLuxe Metal ticon® Titanium for CARES Abutment Titanium for CARES SRBB TAN for CARES Abutment* coron® Polymers

Strongly recommended application Possible application Acrylic burn-out Veneerable inlay for the materials zerion®, ticon®, coron® and polycon® ae. 2 Availability of the maximum bridge elements can vary from country to country. * Availability can vary from country to country 1

S­traumann CARES Bars

16

Specials

S­traumann® CARES® Abutment

Maximum number of pontics in the anterior/posterior region 1/1

Inlay/Maryland bridge

3

Inlay/Onlay1

zerion® HT

Veneer

4/2

Crown

16

Partial Crown

zerion® LT

Coping

Maximum number of bridge elements2

Bridges

Telescopic crown

Single-tooth restorations

S­traumann CARES Screw-retained Bridge

Implantborne

Tooth-borne

Broad range of applications. Tooth-borne applications

Veneer

Inlay

Onlay

Partial Crown

Crown

Bridge framework

Maryland bridge

Inlay bridge

Full-contour bridge

Telescopic crown

Implant-borne applications

CARES® Abutment

CARES Screwretained Bridge

Cares Bars

CARES® X-Stream™ – The one-step prosthetic solution: 1 scan, 1 design, 1 delivery

CARES X-Stream

Coping

Tooth-borne applications.

S­traumann® CARES® tooth-borne restorations are used to restore natural teeth or are placed on abutments. The applications provide treatment flexibility so that the needs of each individual patient can be met.

Veneer

Inlay

Onlay

Partial Crown

Crown

Coping

Bridge framework

Maryland bridge

Inlay bridge

Full-contour bridge

Telescopic crown

Tooth preparation. For successful results, observe the general tooth preparation guidelines below. Also observe the additional tooth preparation guidelines, which apply specifically to 3M™ ESPE™ Lava™ Ultimate Restorative, zerion®, IPS e.max® CAD, IPS Empress® CAD, VITA Mark II, VITA TriLuxe, ticon®, coron® and polycon® ae – see the relevant material-specific preparation guidelines.

incorrect

correct

Preparing the surfaces

incorrect

correct

Remove sufficient hard tooth material under fissures

Block out with a dentine-adhesive build-up filling

correct

incorrect

Preparing the margins

correct

incorrect

Do not prepare in a gutter shape

incorrect

correct

Do not leave any sharp transitions

Form transitions correctly toward oral/vestibular

Veneer.

3M™ ESPE™ Lava™ Ultimate Restorative Veneer

ѹѹ Broad range of ceramic materials for esthetic and efficient restorations ѹѹ High precision and very thin veneers possible ѹѹ Innovative materials for minimally invasive patient treatment Available in these S­traumann® CARES® materials: Resin Nano Ceramic Lava™ Ultimate

Ceramic IPS e.max® CAD IPS Empress® CAD VITA Mark II VITA TriLuxe

Inlay and onlay.

IPS Empress® CAD Inlay

ѹѹ Broad range of ceramic materials for esthetic and efficient restorations ѹѹ Easy handling Available in these S­traumann® CARES® materials: Resin Nano Ceramic

Metal

Polymers

Lava™ Ultimate

ticon®1

polycon® ae1

coron®1

polycon® cast

Ceramic zerion® LT 1 IPS e.max® CAD IPS Empress® CAD VITA Mark II

1

Veneerable inlay

Partial Crown.

IPS e.max® CAD Partial Crown

ѹѹ Broad range of ceramic materials for esthetic and efficient restorations ѹѹ Reliable materials for minimally invasive patient treatment ѹѹ Flexibility in patient treatment Available in these S­traumann® CARES® materials: Resin Nano Ceramic Lava™ Ultimate

Ceramic IPS e.max® CAD

IPS Empress® CAD VITA Mark II VITA TriLuxe

Crown.

VITA Mark II Crown

ѹѹ Broad range of materials for full-contour restorations ѹѹ Flexibility in patient treatment Available in these S­traumann® CARES® materials: Resin Nano Ceramic

Metal

Polymers

Lava™ Ultimate

ticon®

polycon® ae

coron®

polycon® cast

Ceramic zerion® HT IPS e.max® CAD IPS Empress® CAD VITA Mark II VITA TriLuxe

Coping.

coron® Coping

ѹѹ Broad range of materials ѹѹ Flexibility in patient treatment Available in these S­traumann® CARES® materials: Ceramic

Metal

Polymers

zerion® LT

ticon®

polycon® ae

zerion® HT

coron

polycon® cast

IPS e.max® CAD

Bridges.

zerion® LT Bridge framework

ѹѹ Excellent treatment flexibility ѹѹ Highly stable bridge frameworks for up to 16 elements ѹѹ Full-contour bridges with zerion® HT up to 3 bridge elements Available in these S­traumann® CARES® materials: Ceramic

Metal

Polymers

zerion LT

ticon®

polycon® ae

zerion HT

coron®

polycon® cast

Telescopic crown.

coron® Telescopic crown

Available in these S­traumann® CARES® materials: Ceramic

Metal

Polymers

zerion® LT

ticon®

polycon® cast

coron

Implant-borne applications.

S­ traumann® implants and abutments complement each other in a precisely harmonized system combining excellent quality and flexibility. Our products are designed to deliver the esthetic results your patients demand with the time-tested reliability you count on. S­traumann screw-retained abutments and S­traumann implants are engineered to be used together to ensure a harmony of design (shapes and features), tolerances, surface qualities and materials used.

CARES® Abutment

CARES Screwretained Bridge

Cares  Bars

S­traumann® CARES® Abutments.

Customized shape and emergence profile S­traumann CARES Abutments are designed to offer patient-specific emergence profiles and an anatomic shape to support optimal soft tissue management.

Control over the cement gap S­traumann CARES Abutments help clearing excess cement because the cement margin can be ideally placed for each individual restoration.

Optimized insertion path Flexible design parameters allow for angulation corrections and adjustments, which can simplify the insertion of the final restoration.

Optimum convenience during restoration processes S­traumann CARES Abutments provide precision, time and cost savings throughout the restoration process.

S­traumann® CARES® Zirconium-dioxide Abutment ѹѹ Full-ceramic abutment designed for excellent esthetics ѹѹ Excellent material properties designed for high precision and reliability ѹѹ Maximum design flexibility (within design specifications) for efficiency Zirconium for CARES Abutment

S­traumann CARES Titanium Abutment ѹѹ Excellent material properties designed for high precision and reliability ѹѹ Maximum flexibility (within design specifications) for efficiency

Titanium for CARES Abutment

S­traumann CARES TAN Abutment 1 ѹѹ A biocompatible titanium alloy for direct veneering ѹѹ Excellent material properties designed for increased design flexibility

TAN for CARES Abutment

1

Pending FDA 510K clearance

S­traumann® CARES® Screw-retained Bridge.

Direct connection to the implant No additional abutment required (reduces complexity and costs) No cementing (reduced risk of periimplantitis due to residual cement)

Abutment level connection ѹѹ Align the insertion axis of highly divergent implants ѹѹ Reduce soft tissue injuries when removing the framework for maintenance

Easy maintenance The framework can be unscrewed for maintenance, if necessary

Product characteristics ѹѹ 2 to 16 elements1 ѹѹ Placement on 2 to 16 interfaces ѹѹ Tissue Level implant platforms ѹѹ Bone Level implant platforms ѹѹ Combination of Tissue Level and Bone Level platforms ѹѹ Straumann Screw-retained Abutment ѹѹ Delivered with machine-smoothed surface 1

Maximum number of anterior pontics: 4 Maximum number of posterior pontics: 3 Maximum number of free-end pontics: 1 per end

S­traumann® CARES® Screw-retained Bridges are available for tissue level, bone level, mixed tissue level and bone level cases and the S­traumann Screw-retained Abutment.

S­traumann CARES Screw-retained Bridges are screwed directly to the S­traumann implant or the Straumann Screw-retained Abutment.

Available in these S­traumann CARES materials: Metal Titanium for CARES SRBB coron®

S­traumann® Cares® Bars.

Direct connection to the implant No additional abutment required (reduces complexity and costs) No cementing (no risk of periimplantitis due to residual cement)

Abutment level connection ѹѹ Align the insertion axis of highly divergent implants ѹѹ Reduce soft tissue injuries when removing the framework for maintenance

Easy maintenance The framework can be unscrewed for maintenance, if necessary

Product characteristics ѹѹ Placement on 2 to 10 interfaces ѹѹ Tissue Level implant platforms ѹѹ Bone Level implant platforms ѹѹ Combination of Tissue Level and Bone Level platforms ѹѹ Straumann Screw-retained Abutment ѹѹ Free-end extension possible ѹѹ Bars are delivered polished

Dolder® Bar U-Shape (Standard and Mini)

Dolder® Bar Egg-Shaped (Standard and Mini)

MP Clip® Bar Ø 1.8 mm

Ackermann Bar®, Ø 1.9 mm

Round Bar, Ø 1.8 mm

Milled Bar*

Locator® Bar Abutment

Available in these S­traumann® CARES® materials: Metal coron® Titanium for CARES SRBB * Availability can vary from country to country

0 – 6°

S­traumann® CARES® X-Stream™ –

The one-step prosthetic solution: 1 scan, 1 design, 1 delivery.

CARES X-Stream provides a single-tooth full prosthetic solution to restore Staumann implants. With only one scan and design procedure, all required prosthetic components (e.g. abutment and its relevant crown) are manufactured in a Straumann-validated environment and arrive together in one packaged delivery with an excellent fit of the components. This optimization of the necessary processing steps reduces turnaround time and related costs considerably.

CARES X-Stream

Efficiency – the key to competitiveness ѹѹ Higher productivity thanks to simultaneous design, order and delivery of the prosthetic components required for a patient's case ѹѹ Increased efficiency due to the highly precise prosthetics ensuring excellent fit between components ѹѹ Validated long-term performance with the original Straumann® implantabutment connection ѹѹ Consistent and re-producible quality with controlled design and milling environment

Now available – Straumann® Variobase™ Abutment

The Straumann Variobase™ Abutment is a strong foundation for flexible prosthetic restorations thanks to its minimal body size combined with an optimal force distribution1. It is available within the CARES® X-Stream™ solution with multiple restorative options, such as

CARES® customized coping ѹѹ Efficient hybrid abutment solutions

CARES customized coping

CARES® customized full-contour crown ѹѹ Cost effective prosthetic restorations

CARES customized full-contour crown

CARES X-Stream™ Restorative Options: Full-contour crown or coping zerion® IPS e.max® CAD 3M™ ESPE™ (Zirconium (LithiumLava™ 5 dioxide available disilicate Ultimate (Resin Nano in 13 shades) available in Ceramic available 45 shades) in 12 shades)

coron® (Cobalt Chromium)

ticon® (Titanium)

polycon® ae (PMMA available in 5 shades)

CARES Abutment, Zirconium dioxide2

CARES Abutment, Titanium3

Straumann® Variobase™ Abutment4

NEW

Patent pending for the engaging mechanism between the Straumann® CARES Variobase Not available for the Soft Tissue Level NNC and WN Platforms; all copings or crowns are available without screw channel holes 3 Not available for the Soft Tissue Level NNC Platform; all copings or crowns are available without screw channel holes 4 Not available for the Soft Tissue Level NN Platform; all copings or crowns are available with or without screw channel holes 5 Only available for full-contour crowns 1

2

Leading material offering.

Lava™ Ultimate

zerion®

Zirconium for CARES® Abutment

IPS e.max® CAD

IPS Empress® CAD

VITA Mark II

VITA TriLuxe

ticon®

coron®

Titanium for CARES Abutment

TAN for CARES Abutment

polycon® ae

polycon® cast

Titanium for CARES SRBB

Additional information on 3M™ ESPE™ LAVA™ Ultimate Restorative Preparation guidelines ƒƒ A traditional design is recommended for inlays and onlays. Do not prepare any undercuts. Bevel the cavity walls 5 – 6 degrees to the longitudinal axis of the preparation. Round all inner edges and angles. The incisal/occlusal reduction is carried out with 1.5 to 2 mm clearance with centric occlusion and all excursion movements. ƒƒ For veneers, the standard reduction is 0.6 mm on the labial surface and 0.4 mm in the gingiva, as the enamel is thinner there. The reduction in the incisal, labial-lingual angle is 0.5 to 1.5 mm. Leave the preparation margins in the enamel. The margins for veneers should pass above the gingiva. In addition, they should extend far enough into the approximal area so that the margins are not visible, and also should not have any approximal-gingival undercuts. ƒƒ For crowns and partial crowns, an axial reduction of 1.2 to 1.5 mm with a taper angle of 5 – 6 degrees is performed. The incisal/ occlusal reduction is carried out with 1.5 to 2 mm clearance with centric occlusion and all excursion movements. Shoulders must extend at least 1.0 mm to lingual in the approximal contact area. Non-beveled shoulder border lines are recommended.

Available colors ƒƒ High translucency (HT) is available in the following colors: A1, A2, A3, B1. ƒƒ Low translucency (HT) is available in the following colors: A1, A2, A3, A3,5, B1, C2, D2, Bleach. Specifications Material

Resin Nano Ceramic

Density [g/cm3]

2.1

Flexural strength [MPa]

204 ± 19

3M™ ESPE™ Lava™ Ultimate Restorative. (Resin Nano Ceramic, manufactured by 3M)

3M™ ESPE™ Lava™ Ultimate Restorative is a nanoceramic artificial resin containing approximately 80 % (by weight) nanoceramic particles, which strengthen a highly cross-linked polymer matrix.

Product characteristics ѹѹ ѹѹ ѹѹ ѹѹ

Designed for durability and reliability Brilliant esthetics with long-lasting shine High efficiency thanks to easy adjustment and polishing Tooth-preserving and abrasion - and impact-resistant, thus enabling maintenance of the functional balance ѹѹ Available in 8 LT (low translucency) and 4 HT (high translucency) colors

Processing options ѹѹ ѹѹ ѹѹ ѹѹ

Attachment options

Do not fire Can be used without further processing Polishing possible Coloring/characterization possible

ѹѹ Adhesive cementation

Available applications

Veneer

Inlay

Onlay

Partial Crown

Crown

CARES® X-Stream™

Additional information on zerion® Preparation guidelines ƒƒ The preparation must be free of sharp angles and edges. ƒƒ The shoulder preparation must have rounded inner edges and/or grooves. ƒƒ The preparation must have anchorage surfaces for conventional and/or self-adhesive cementing.

Available colors ƒƒ zerion® LT is available for frameworks in 9 colors: white, light 1, light 2, light 3, light 4, medium 1, medium 2, medium 3, dark ƒƒ zerion® HT is available for full-contour restorations and bridge frameworks with a maximum of three elements in 4 colors: pure, light, medium, intense Chemical composition

Specifications

Elements

Percentage

Material

Y-TZP-A

ZrO2 + HfO2 + Y2O3

≥ 99 %

Density [g/cm3]

≥ 6.05

Y 2 O3

> 4.5 – ≤ 6 %

Flexural strength (3-point bend) [MPa]

≥ 800

HfO2

≤ 5 %

CTE (20 – 500 °C) [K-1]

10.5 x 10 -6

Al2O3

> 0.05 – ≤ 0.5 %

Other oxides

≤ 0.5 %

zerion®. (zirconium-dioxide ceramic)

Zerion is a high-performance ceramic suitable for a broad spectrum of applications.

Product characteristics ѹѹ Broad range of applications, from frameworks to full anatomic restorations, for high flexibility ѹѹ Highly stable frameworks designed for a predictable prosthetic result1 ѹѹ Available in 9 LT (low translucency) and 4 HT (high translucency) colors

Processing options

Attachment options

ѹѹ Veneering required for zerion® LT ѹѹ Polishing required for zerion® HT

ѹѹ Adhesive cementation ѹѹ Conventional cementation

Available applications for zerion LT

Inlay2

Coping

Bridge framework

Maryland bridge

Inlay bridge

Telescopic crown

Available applications for zerion HT

Crown

1 2

Coping

Full-contour bridge

CARES® X-Stream™

Up to 4 pontics in the anterior region and up to 2 pontics in the posterior region for zerion LT Veneerable inlay

Additional information on IPS e.max® CAD Preparation guidelines ƒƒ The preparation must have anchorage surfaces for conventional and/or self-adhesive cementing. ƒƒ For inlays, onlays and partial crowns, the static and dynamic antagonist contacts have to be taken into account and the preparation margin must not lie on the centric antagonist contacts. ƒƒ In the case of veneers, the preparation should lie in the enamel if possible, and the incisal preparation margins should not lie in the region of static or dynamic enamel contacts.

Available colors ƒƒ High translucency (HT) is available in the following colors: A1, A2, A3, A3,5, A4, B1, B2, B3, B4, C1, C2, C3, C4, D2, D3, D4, BL1, BL2, BL3, BL4. ƒƒ Low translucency (LT) is available in the following colors: A1, A2, A3, A3,5, A4, B1, B2, B3, B4, C1, C2, C3, C4, D2, D3, D4, BL1, BL2, BL3, BL4. ƒƒ Medium opacity (MO) is available in the following colors: MO 0, MO 1, MO 2, MO 3, MO 4. Chemical composition

Specifications

After crystallization

Elements

Percentage

Material

Lithium-disilicate glass-ceramic

SiO2

57 – 80 %

Flexural strength [MPa]

≥ 360

LiO2

11 – 19 %

Fracture toughness [MPa m0,5]

≥2

K 2O

0 – 13 %

Chemical solubility [µm/cm2]

≤ 50

P 2O 5

0 – 11 %

CTE (100 – 500 °C) [K-1]

10.5 ± 0.5 x 10 -6

ZrO2

0 – 8 %

ZnO

0 – 8 %

Others + col-

0 – 12 %

oring oxides

IPS e.max® CAD. (lithium-disilicate glass-ceramic, manufactured by Ivoclar Vivadent AG)

State before crystallization

IPS e.max® CAD is a lithium-disilicate glass-ceramic material that is suitable for manufacturing high-strength esthetic single-tooth restorations.

Product characteristics ѹѹ ѹѹ ѹѹ ѹѹ

All-ceramic restorations for efficient esthetics Versatility for easy handling High-strength product designed for reliable restorations Available in 5 MO (medium opacity), 20 LT (low translucency) and 20 HT (high translucency) colors

Processing options

Attachment options

ѹѹ Crystallization firing required ѹѹ Veneerable

ѹѹ Adhesive cementation ѹѹ Self-adhesive cementation for crowns ѹѹ Conventional cementation for crowns

Available applications

Veneer

Inlay

Onlay

Partial Crown

Crown

Coping

CARES® X-Stream™

Additional information on IPS Empress® CAD Preparation guidelines ƒƒ The preparation must be free of sharp angles and edges, and the shoulder preparation must have rounded inner edges and/or grooves. ƒƒ For inlays, onlays and partial crowns, the static and dynamic antagonist contacts have to be taken into account and the preparation margin must not lie on the centric antagonist contacts. ƒƒ In the case of veneers, the preparation should lie in the enamel if possible, and the incisal preparation margins should not lie in the region of static or dynamic enamel contacts.

Available colors ƒƒ High translucency (HT) is available in the following colors: A1, A2, A3, A3,5, B1, B2, B3, C2, D3. ƒƒ Low translucency (LT) is available in the following colors: A1, A2, A3, A3,5, B1, B2, B3, C2, D3, BL1, BL2, BL3, BL4. ƒƒ Multi is available in the following A- to D- and bleach (BL-) colors: A1, A2, A3, A3,5, B1, BL1, BL3. Chemical composition

Specifications

Elements

Percentage

Material

Leucite glass-ceramic

SiO2

60 – 65 %

Density [g/cm3]

2.5 ± 0.1

Al2O3

16 – 20 %

Vickers hardness HV

6200 ± 250

K 2O

10 – 14 %

Flexural strength [MPa]

160 ± 20

Na2O

3.5 – 6.5 %

Fracture toughness [MPa m0,5]

1.3 ± 0.1

Other oxides

0.5 – 7 %

Chemical solubility [μg/cm2]

25

Pigments

0.2 – 1 %

Modulus of elasticity [GPa]

62 ± 8

CTE (100 – 500 °C) [10 -6 K-1]

17.5 x 0.25

IPS Empress® CAD. (leucite glass-ceramic, manufactured by Ivoclar Vivadent AG)

Product characteristics ѹѹ ѹѹ ѹѹ ѹѹ

All-ceramic restorations for natural esthetics Simplicity for easy handling Tried-and-tested product for precisely predictable restorations Available in 7 Multi, 13 LT (low translucency) and 9 HT (high translucency) colors

Processing options

Attachment options

ѹѹ ѹѹ ѹѹ ѹѹ ѹѹ

ѹѹ Adhesive cementation

Can be used without further processing Polishing possible Glazing possible Coloring/characterization possible Veneerable

Available applications

Veneer

Inlay

Onlay

Partial Crown

Crown

Additional information on VITA Mark II Tooth preparation guidelines ƒƒ The teeth need to be cooled sufficiently during preparation and must not be overheated by excessive pressure during grinding. ƒƒ Only use instruments with a good cutting performance. ƒƒ Rough preparation must be carried out before final preparation. ƒƒ The pulp must be protected against damage caused by grinding. ƒƒ Subgingival preparation margins must be avoided.

The preparation must meet the following requirements: ƒƒ Tooth-specific preparation ƒƒ The upper and lower tooth axes are aligned with each other. ƒƒ The required residual thickness of the dentine layer of 0.7 – 1.0 mm is ensured in all areas.

Preparation information for anterior and posterior crowns: ƒƒ A groove or shoulder with a rounded inner edge must be prepared. The aim is to achieve a continuous gradation of 1 mm in depth. ƒƒ The vertical preparation angle must be at least 3°. ƒƒ All transitions from the axial to the occlusal or incisal surfaces must be rounded. ƒƒ Subgingival preparation margins should generally be avoided.

Preparation guidelines for veneers ƒƒ Avoid an approximal 'gutter-shaped' preparation.

Available colors ƒƒ VITA Mark II is available in the following colors: 0M1C, 1M1C, 1M2C, 2M1C, 2M2C, 2M3C, 3M1C, 3M2C, 3M3C, 4M2C, A1C, A2C, A3C, in accordance with the VITA color system. Chemical composition Elements

Specifications Percentage

Material

Fine-structure feldspar

SiO2

56 – 64 %

Al2O3

20 – 23 %

Density [g/cm3]

2.44 ± 0.01

K 2O

6 – 8 %

Flexural strength [MPa]

154 ± 15

Na2O

6 – 9 %

CTE (25 – 500 °C) [10 -6 K-1]

9.4 ± 0.1

CaO

0.3 – 0.6 %

Transformation range [°C]

780 – 790

TiO2

0.0 – 0.1 %

Chemical solubility (ISO 6872) with emphasis on glazing substance [μg/cm2]

≈30

ceramic

VITA Mark II. (feldspar ceramic, manufactured by VITA Zahnfabrik H. Rauter GmbH & Co. KG)

VITA Mark II restorations by S­traumann offer maximum flexibility and a broad variety of applications so that each patient's individual needs can be met.

Product characteristics ѹѹ ѹѹ ѹѹ ѹѹ

Broad range of colors for natural esthetics Versatility for easy handling High-quality material designed for precisely predictable results Available in 13 colors

Processing options

Attachment options

ѹѹ ѹѹ ѹѹ ѹѹ ѹѹ

ѹѹ Adhesive cementation ѹѹ Self-adhesive cementation for crowns

Can be used without further processing Polishing possible Glazing possible Coloring/characterization possible Veneerable

Available applications

Veneer

Inlay

Onlay

Partial Crown

Crown

Additional information on VITA TriLuxe Tooth preparation guidelines ƒƒ The teeth need to be cooled sufficiently during preparation and must not be overheated by excessive pressure during grinding. ƒƒ Instruments with a good cutting performance must be used. ƒƒ Rough preparation must be carried out before final preparation. ƒƒ The pulp must be protected against damage caused by grinding. ƒƒ Subgingival preparation margins must be avoided.

The preparation must meet the following requirements: ƒƒ Tooth-specific preparation ƒƒ The upper and lower tooth axes are aligned with each other. ƒƒ The required residual thickness of the dentine layer of 0.7 – 1.0 mm is ensured in all areas.

Preparation information for anterior and posterior crowns: ƒƒ A groove or shoulder with a rounded inner edge must be prepared. The aim is to achieve a continuous gradation of 1 mm in depth. ƒƒ The vertical preparation angle must be at least 3°. ƒƒ All transitions from the axial to the occlusal or incisal surfaces must be rounded. ƒƒ Subgingival preparation margins should generally be avoided.

Preparation guidelines for veneers ƒƒ Avoid an approximal 'gutter-shaped' preparation.

Available colors ƒƒ VITA TriLuxe is available in three multilayer colors: 1M2C, 2M2C, 3M2C, in accordance with VITA color system. Chemical composition

Specifications

Elements

Percentage

Material

SiO2

56 – 64 %

Fine-structure feldspar

Al2O3

20 – 23 %

Density [g/cm ]

K 2O

6 – 8 %

Flexural strength [MPa]

154 ± 15

Na2O

6 – 9 %

CTE (25–500 °C) [10 -6 K-1]

9.4 ± 0.1

CaO

0.3 – 0.6 %

Transformation range [°C]

780 – 790

TiO2

0.0 – 0.1 %

Chemical solubility (ISO 6872) with emphasis on glazing substance [μg/cm2]

≈30

ceramic 3

2.44 ± 0.01

VITA TriLuxe. (feldspar ceramic, manufactured by VITA Zahnfabrik H. Rauter GmbH & Co. KG)

VITA TriLuxe restorations by S­traumann are made of a multi-layer fine-structure feldspar ceramic that replicates the characteristic structure of teeth with neck, dentine and enamel. They enable high-quality esthetic fabrication of single-tooth restorations.

Product characteristics ѹѹ ѹѹ ѹѹ ѹѹ

Broad range of colors for natural-looking esthetics Versatility for easy handling High-quality material developed for predictable results Available in 3 colors

Processing options

Attachment options

ѹѹ ѹѹ ѹѹ ѹѹ ѹѹ

ѹѹ Adhesive cementation ѹѹ Self-adhesive cementation for crowns

Can be used without further processing Polishing possible Glazing possible Coloring/characterization possible Veneerable

Available applications

Veneer

Partial Crown

Crown

Additional information on ticon® Preparation guidelines ƒƒ The preparation must be free of sharp angles and edges. ƒƒ The shoulder preparation must have rounded inner edges and/or grooves. ƒƒ The preparation must have anchorage surfaces for conventional cementing. Chemical composition

Specifications

Elements

Percentage

Color

Silver

Ti

Balance

Material

Grade 2 titanium

O

≤ 0.25 %

Yield strength Rp0,2 [MPa]

≥ 275

Fe

≤ 0.3 %

Tensile strength Rm [MPa]

≤ 345

N

≤ 0.03 %

Elongation at break A 5 [%]

≥ 20

C

≤ 0.08 %

CTE (25 – 500 °C) [K-1]

9.6 x 10 -6

H

≤ 0.015 %

ticon®. (titanium)

The titanium alloy ticon is an ideal alternative to noble casting alloys and is suitable for a broad range of applications: from single copings up to one-piece full-arch restorations.

Product characteristics ѹѹ Milled frameworks1 for great reliability and precision ѹѹ Veneering comparable to noble casting alloys for easy processing ѹѹ Ideal alternative to noble casting alloys

Processing options

Attachment options

ѹѹ Polishing possible ѹѹ Veneerable

ѹѹ Conventional cementation

Available applications

Inlay2

1 2

Crown

Coping

Bridge framework

Maryland bridge

Up to 4 pontics in the anterior region & up to 3 pontics in the posterior region Veneerable inlay

Inlay bridge

Telescopic crown

CARES® X-Stream™

Additional information on coron® Preparation guidelines ƒƒ The preparation must be free of sharp angles and edges. ƒƒ The shoulder preparation must have rounded inner edges and/or grooves. ƒƒ The preparation must have anchorage surfaces for conventional cementing. ƒƒ Use suitable dental technology veneering techniques for S­traumann® CARES® Screw-retained Bridges.

Chemical composition

Specifications

After thermal treat-

Balance

Color

Silver gray

Cr

28 %

Material

NPM alloy

W

8.5 %

Yield strength Rp0,2 [MPa]

≥ 360

Si

1.65 %

Elongation at break

≥2

Additional elements below 1 %

Mn, N, Nb, Fe

A 5 [%]

Elements

Percentage

Co

ment

CTE (25 – 500 °C) [K-1]

14.3 x 10-6

coron®. (cobalt-chromium alloy)

The cobalt-chromium alloy coron is suitable for a broad range of applications: from conventional full anatomic restorations and single and multi-unit frameworks to screw-retained bars and bridges.

Product characteristics ѹѹ Milled frameworks for consistent high quality ѹѹ Broad range of applications for high flexibility ѹѹ Veneering comparable to noble casting alloys for easy processing

Processing options

Attachment options

ѹѹ Polishing possible ѹѹ Veneerable

ѹѹ Conventional cementation

Available applications

Inlay1

Crown

CARES® Screw- Cares Bars retained Bridge

1

Veneerable inlay

Coping

CARES X-Stream™

Bridge framework

Maryland bridge

Inlay bridge

Telescopic crown

Additional information on polycon® ae Preparation guidelines ƒƒ The preparation must be free of sharp angles and edges. ƒƒ The shoulder preparation must have rounded inner edges and/or grooves. ƒƒ The preparation must have anchorage surfaces for conventional cementing.

Available colors ѹѹ The S­traumann® CARES® polycon® ae is available in 5 colors: A1, A2, A3, B1, B2. Chemical composition

Specifications

Elements

Percentage

Material

PMMA

Polymethyl methacrylate

> 98 %

Flexural strength [MPa]

≥ 50

Water absorption [μg/mm3]

≤ 40

Water solubility [μg/mm ]

≤ 7.5

(PMMA) Methyl methacrylate