Venus Diamond Product Information (PDF) - Heraeus
Venus Diamond Product Information (PDF) - Heraeus
Venus Diamond Product Information (PDF) - Heraeus
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<strong>Venus</strong> ® <strong>Diamond</strong><br />
Introducing the<br />
new class of<br />
perfect restorations<br />
The New Aesthetics.<br />
1
<strong>Venus</strong> ® <strong>Diamond</strong><br />
The Perfect Composite. For the Perfect Smile<br />
Uncompromising Beauty & Strength<br />
<strong>Venus</strong> ® <strong>Diamond</strong>’s breakthrough formula provides all the features you are looking<br />
for in a single composite:<br />
Perfect aesthetics in restorations are becoming a key factor<br />
for patients when choosing their dentist, as well as an indicator<br />
by which they measure the competency of that chosen<br />
dentist.<br />
<strong>Diamond</strong> Class. Discover precious <strong>Venus</strong> ® <strong>Diamond</strong> to improve your daily challenges.<br />
<strong>Diamond</strong> Layers. By applying <strong>Venus</strong> ® <strong>Diamond</strong>-layering technique you can gain all a<br />
esthetic advantages.<br />
With the help of <strong>Heraeus</strong> <strong>Venus</strong> ®<br />
composites with all their<br />
properties, shades, and variations of the natural dental<br />
layers, you are able to perfectly create lost tooth structure<br />
– both anterior and posterior. It provides a unique solution<br />
for your ever demanding patients.<br />
<strong>Diamond</strong> Effect. This material can adapt uniquely to the colour of the surrounding<br />
tooth structure and features an outstandingly natural look.<br />
<strong>Diamond</strong> Formula. A patented* matrix and a newly developed nano-hybrid filler<br />
system lead to improvements in aesthetics, durability and handling.<br />
<strong>Venus</strong> ® <strong>Diamond</strong> stands in a class by itself. Over 5 years of<br />
research has culminated in the creation of this exquisite<br />
nano-hybrid composite, which builds off the <strong>Venus</strong> brand.<br />
<strong>Venus</strong> ® <strong>Diamond</strong> pushes the boundaries of aesthetics, quality,<br />
and performance, by offering:<br />
Exceptional durability<br />
Easy and exquisite shade matching<br />
Superb handling<br />
Turn the pages and discover the passion, the beauty, the<br />
strength, and the performance of the new <strong>Venus</strong> ® <strong>Diamond</strong>.<br />
Durability Counts. Minimum shrinkage, very smooth surface, high resilience, extreme surface<br />
hardness.<br />
Easy to Work. This composite is firm and has an extended<br />
working time under the operating light. It doesn’t stick to<br />
your instrument and sculpting both direct and indirect<br />
restorations is easier, making your work more efficient.<br />
Get the Optimum. For less complex restorations you can<br />
obtain excellent results with a single layer of <strong>Venus</strong> ®<br />
<strong>Diamond</strong> – or use different layers for the ultimate<br />
restoration in the more complex cases.<br />
* EP 1935393<br />
2<br />
3
<strong>Venus</strong> ® <strong>Diamond</strong><br />
The <strong>Diamond</strong> Formula<br />
<strong>Venus</strong> ® <strong>Diamond</strong>’s mechanical advantages<br />
are measurably better.<br />
Both graphs demonstrate the extremely good mechanical<br />
properties of <strong>Venus</strong> ® <strong>Diamond</strong> composite compared to other<br />
commonly used products. It is ahead of these competitors.<br />
None of them can offer the unique combination of minimal<br />
shrinkage stress as well as high strength.<br />
The result: <strong>Venus</strong> ®<br />
<strong>Diamond</strong> is more flexible under stress<br />
and also more durable over time.<br />
A superior material for superior results.<br />
Excellent strength, low shrinkage stress<br />
Highest wear resistance and durability<br />
Due to the fact that the chemical formula of <strong>Venus</strong> ® <strong>Diamond</strong><br />
is completely new, the material also reacts in a special way:<br />
Its unique molecular structure combines extremely high durability<br />
on the one hand with minimal shrinkage on the other.<br />
The unique structure of <strong>Venus</strong> ® <strong>Diamond</strong> provides you excellent<br />
handling characteristics. You will instantly feel the difference.<br />
By combining different particle sizes, optimum filler<br />
packing density and content is achieved which leads to high<br />
wear resistance. The use of nanoparticles enables perfect<br />
colour adaptation, ease of polish and an extremely high, long<br />
lasting shine.<br />
MPa<br />
200<br />
180<br />
160<br />
140<br />
120<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
169<br />
<strong>Venus</strong> ®<br />
<strong>Diamond</strong><br />
137<br />
2.8 3.2 3.6 4.2 5.0 5.7<br />
Brand<br />
01<br />
105<br />
Brand<br />
02<br />
140<br />
Brand<br />
03<br />
130<br />
Brand<br />
04<br />
Shrinkage Stress<br />
Flexural Strength<br />
136<br />
Brand<br />
05<br />
abrasion depth [μm]<br />
250<br />
200<br />
150<br />
100<br />
50<br />
0<br />
<strong>Venus</strong> ®<br />
<strong>Diamond</strong><br />
Brand<br />
01<br />
3 Body abrasion (ACTA method)<br />
2 Body abrasion (mastication simulator)<br />
Brand<br />
02<br />
Brand<br />
03<br />
Brand<br />
04<br />
Brand<br />
05<br />
At the same time this new composition is fully compatible<br />
to commonly used bonding materials and techniques.<br />
Source: Internal data. Data on file.<br />
4<br />
5
<strong>Venus</strong> ® <strong>Diamond</strong><br />
The <strong>Diamond</strong> Effect<br />
Beauty and Brilliance, as Nature Intended<br />
It is not just about Different Colours.<br />
It’s a Different Concept.<br />
<strong>Venus</strong> ® <strong>Diamond</strong> adapts uniquely to the surrounding after curing.<br />
This superior effect is tested and proven with more than 6.000 restorations.<br />
<strong>Venus</strong> ® <strong>Diamond</strong> A2<br />
<strong>Venus</strong> ®<br />
<strong>Diamond</strong> has unique characteristics for superior<br />
colour adaptation. The refraction index of the fillers and<br />
matrix are perfectly aligned. The effect – virtually undetectable<br />
restorative margins.<br />
The material takes up the colour of the surrounding hard<br />
tooth substance in a unique way and offers a completely<br />
natural look. The ultrafine filling particles allow you to<br />
achieve the best possible polish which is comparable to<br />
natural enamel.<br />
C2 Reference material<br />
To show the effect of adaptation a filling with <strong>Venus</strong> ®<br />
<strong>Diamond</strong> A2 in a surrounding C2 reference was realized.<br />
<strong>Venus</strong> <strong>Diamond</strong> is virtually undetectable in this test due<br />
a material with minor colour adaptation would show as a<br />
bright filling.<br />
Source: Prof. Dr. Antonio Cerutti, University of Brescia, Italy<br />
Source: Dr. Sanjay Sethi, Squaremile Dental Centre, London, UK<br />
Source: Prof. Dr. Antonio Cerutti, University of Brescia, Italy<br />
Source: Dr. Jan Müller, Charité Berlin, Germany<br />
6<br />
7
<strong>Venus</strong> ® <strong>Diamond</strong><br />
The <strong>Diamond</strong> Layer<br />
Recreate Nature – with Three Levels of Translucency.<br />
Universal shades<br />
3 Levels of translucency guide<br />
The beauty of layers:<br />
By applying the <strong>Venus</strong> ®<br />
<strong>Diamond</strong> layering technique, you<br />
can gain all the aesthetic advantages. By individually layering<br />
opaque dentine, universal and incisal shades you will<br />
achieve natural looking restorations that blend perfectly<br />
with your patients’ dentition – the way nature intended.<br />
Opaque dentine shades<br />
For replicating the opacity of dentine or for covering<br />
discoloured teeth:<br />
OL (Opaque Light)<br />
OM (Opaque Medium)<br />
OD (Opaque Dark)<br />
Chromatic opaque dentine shades<br />
For covering amalgam tattoos and discoloured teeth eth and<br />
restoring dark class V cases.<br />
OLC (Opaque Light Chromatic)<br />
OM (Opaque Medium Chromatic)<br />
OD (Opaque Dark Chromatic)<br />
OXDC (Opaque Extra Dark Chromatic)<br />
For high aesthetic results.<br />
Universal shades possess colour intensities of medium<br />
translucency and are available in a large range. They can be<br />
used with or without additional layering and can be com-<br />
bined with dentine and/or incisal shades.<br />
Incisal shades<br />
The perfect finish for your restorations.<br />
These incisal shades have the highest translucency cy and<br />
the<br />
lowest colour intensity. CL (Clear) and AM (Amber) are layered<br />
over the universal shades to create a more natural,<br />
life-like appearance.<br />
With the aid of the special incisal materials CO (Clear Opal)<br />
and YO (Yellow Opal) you can obtain the highest possible<br />
aesthetics due to the intrinsic opalescence of these shades.<br />
Bleach materials<br />
Beyond the classic colour scale.<br />
These shades of various opacity have been designed to allow<br />
for excellent colour matching especially after bleaching treatments.<br />
The three <strong>Venus</strong> ®<br />
<strong>Diamond</strong> translucencies perfectly replicate<br />
the varying structures of the natural dentition when<br />
used, as noted above. Our recent field study showed: 96%<br />
of dentists participating were enthusiastic about the colour<br />
match. See page 13.<br />
Source: Prof. Dr. Antonio Cerutti, Brescia, Italy<br />
8 9
<strong>Venus</strong> ® <strong>Diamond</strong><br />
Work in an Efficient and Effective Way.<br />
Our Win-Win-Formula:<br />
New Formula Perfect<br />
Perfect Aesthetic Results Highest Durability Higher Efficiency<br />
Research & Development<br />
Easy Handling Long Lasting Shine Satisfied Patients<br />
Recommend <strong>Venus</strong> ® <strong>Diamond</strong> to colleagues<br />
83.87% of the participants of the study would recommend <strong>Venus</strong> ® <strong>Diamond</strong> to their colleagues.<br />
Ø 1.16<br />
Abs.<br />
Rel.<br />
0% 100%<br />
Yes [1]<br />
182<br />
83.87%<br />
No [2]<br />
35<br />
16.13%<br />
N<br />
217<br />
Statements from Clinicians<br />
“...I want to confirm my excellent clinical feeling with <strong>Venus</strong> <strong>Diamond</strong>.”<br />
“Best one! One that I would use universally (anterior/posterior). Polishability excellent, easy to use.”<br />
“This was my favorite – good handling, good polishability, good flow. My first choice.”<br />
“Handling properties are great!”<br />
“Easy modelling, Thixotropy is excellent, it doesn‘t flow away,...”<br />
“I like to work with it.”<br />
“Very good modelling properties – a little stiff, but with excellent shape stability.”<br />
10<br />
11
<strong>Venus</strong> ® <strong>Diamond</strong><br />
Facts and Figures of new <strong>Venus</strong> <strong>Diamond</strong><br />
Dental Composite Properties<br />
<strong>Venus</strong> ® <strong>Diamond</strong> Properties<br />
Table 1 <strong>Venus</strong> ® <strong>Diamond</strong> (<strong>Heraeus</strong>) Brand 01 Brand 02<br />
Table 3<br />
<strong>Venus</strong> ® <strong>Diamond</strong> benefits Dentist´s benefits<br />
Flexural strength [MPa], OTH, 20 sec 169 167 105<br />
Hardness 578 552 479<br />
Hardness under 2 mm 521 439 396<br />
Flexural strength<br />
Hardness<br />
High resistance against fractures<br />
for long living restorations<br />
Enduring surface quality keeps shape<br />
and function<br />
Satisfied patient, no complaints and therefore<br />
no high-cost post-treatments.<br />
Satisfied patient, no complaints and therefore<br />
no high-cost post-treatments.<br />
Sensitivity to ambient light @ 8k Lux [s] 210 105 110<br />
Shrinkage [%-vol], Watts method 1.5 2.1 1.7<br />
Shrinkage force [MPa], QTH, 20 sec, 1 h, water storage 2.8 4.2 3.6<br />
Hardness under 2 mm<br />
Sensitivity to ambient light<br />
Reliable curing depth for<br />
homogeneous properties<br />
Sufficient working time for<br />
excellent results<br />
Safety to get always good results. Satisfied patient, no<br />
complaints and therefore no high-cost post-treatments.<br />
Necessary corrections are possible without time pressure,<br />
to manage even the most complicated cases.<br />
Reflection [%] after brush abrasion, 100.000 cycles 7 7.3 5.8<br />
Abrasion depth [μm], ACTA method, 300.000 cycles 19 20.4 31.8<br />
Wear resistance depth [μm], mastication sim, (1.5 Mio cycles) 120.9 103.8 176.5<br />
Shrinkage [%-vol]<br />
Shrinkage force [MPa]<br />
Reduced marginal gap for<br />
maintainable restorations<br />
Long lasting integrity of margin protects tooth<br />
against bacteria and secondary caries<br />
Satisfied patient, no complaints and<br />
no high-cost post-treatments.<br />
Satisfied patient, no complaints and<br />
no high-cost post-treatments.<br />
Radiopacity [%-Al] 325 170 400<br />
Source: Internal data. Data on file.<br />
<strong>Venus</strong> ® <strong>Diamond</strong>, overall performance.<br />
To understand the overall performance of <strong>Venus</strong> ® <strong>Diamond</strong> we took table 1 and rated the best with 3, the 2 nd with 2 and<br />
the 3 rd<br />
with 1 point. These comparisons show clearly that <strong>Venus</strong> <strong>Diamond</strong> is good in all categories and summarizing the<br />
points it is a step ahead the competitors.<br />
<strong>Venus</strong> ® <strong>Diamond</strong> reveals an outstanding handling behaviour.<br />
Table 4a – The Modelling behaviour of a material is:<br />
Table 4b – The Modelling behaviour of <strong>Venus</strong> ® <strong>Diamond</strong> is:<br />
0% 100% 0% 100%<br />
Abs. Rel.<br />
Ø 4.05<br />
Abs. Rel.<br />
Very important<br />
123<br />
55.66%<br />
Very convenient [5]<br />
62<br />
27.93%<br />
Dental Composite Properties<br />
Important<br />
91<br />
41.18%<br />
Convenient [4]<br />
118<br />
53.15%<br />
Table 2 <strong>Venus</strong> ® <strong>Diamond</strong> (<strong>Heraeus</strong>) Brand 01<br />
Brand 02<br />
Little interest<br />
6<br />
2.71%<br />
Agreeable [3]<br />
34<br />
15.32%<br />
Flexural strength [MPa], OTH, 20 sec (>125 MPa) 3 3 1<br />
Hardness (upside >500) 3 3 1<br />
Table 5 – Colour match when using layering technique<br />
Table 6 – Recommend <strong>Venus</strong> ® <strong>Diamond</strong> to colleagues<br />
Hardness under 2 mm (>80% upside) 3 2 1<br />
Sensitivity to ambient light @ 8k Lux [s] (>90 s) 3 2 2<br />
Ø 4.01<br />
Abs.<br />
Rel.<br />
0% 100%<br />
Ø 1.16<br />
Abs.<br />
Rel.<br />
0% 100%<br />
Shrinkage [%-vol], Watts method (
<strong>Venus</strong> ® <strong>Diamond</strong><br />
Your Entrance into a New Class of Treatment.<br />
Studies<br />
<strong>Product</strong><br />
Order no.<br />
In vitro:<br />
Shrinkage<br />
Fraunhofer Institut für Werkstoffmechanik<br />
Freiburg, Germany<br />
Data on file<br />
Degree of Conversion<br />
Cerutti et al.<br />
University of Brescia, Italy<br />
J Dent Res 88A, 0301, 2009<br />
<strong>Venus</strong> ® <strong>Diamond</strong> PLT Masters Kit 66043143<br />
10 x 0.25 g of the shades: A1, A2, A3, A3.5, B1, B2, C2, OM, OD, HKA2.5<br />
5 x 0.25 g of the shades: A4, B3, C3, D3, OL, CO, YO, CL, AM, BL, BXL, OB, HKA5<br />
2 x 1.8 g <strong>Venus</strong> ® <strong>Diamond</strong> Flow<br />
Shade Guide<br />
Shrinkage and Shrinkage Stress<br />
Finger et al.,<br />
University of Cologne, Germany<br />
J Dent, 2007, 35: 923-29<br />
Microhardness<br />
Pimenta et al.<br />
University of N. Carolina, USA<br />
J Dent Res 86A, 0126, 2007<br />
<strong>Venus</strong> ® <strong>Diamond</strong> PLT Basic Kit 66039007<br />
10 x 0.25 g of the shades: A2, A3, OM, OD, CL, HKA2.5<br />
Shade Guide<br />
Shrinkage Stress<br />
Schattenberg et al.<br />
University of Mainz Germany<br />
DZZ 62, 2007: 518-24<br />
Flexural Strength and Shrinkage Stress<br />
R&D Lab <strong>Heraeus</strong> Kulzer GmbH<br />
Wehrheim, Germany<br />
J Dent Res 86B, 0347, 2007<br />
Skrinkage, Shrinkage Stress and Flexural Strength<br />
Kleverlaan et Feilzer,<br />
ACTA Amsterdam, The Netherlands<br />
Data on file<br />
Shrinkage Stress<br />
Marchesi et al.<br />
University of Trieste, Italy<br />
Dent Mater 26, 2010: 947–953<br />
Wear Resistance<br />
R&D Lab. <strong>Heraeus</strong> Kulzer GmbH<br />
Wehrheim, Germany<br />
Data on file<br />
Marginal Integrity<br />
Finger et al.<br />
University of Cologne, Germany<br />
J Dent, 2007, 35: 923-29<br />
Polishability<br />
Endo et al.<br />
Tohoku University, Sendai, Japan<br />
Dent Mater J 2010; 29 (2): 213 -223<br />
Ambient Light Sensitivity<br />
R&D Lab., <strong>Heraeus</strong> Kulzer GmbH<br />
Wehrheim, Germany<br />
Data on file<br />
<strong>Venus</strong> ® <strong>Diamond</strong> Syringe Basic Kit 66039005<br />
1 x 4 g Syringe of the shades: A2, A3, OM, OD, CL, HKA2.5<br />
Shade Guide<br />
<strong>Venus</strong> ® <strong>Diamond</strong> PLT Intro Kit 66039003<br />
10 x 0.25 g of the shades: A2, A3, OM<br />
Shade Guide Intro<br />
<strong>Venus</strong> ® <strong>Diamond</strong> Syringe Intro Kit 66039006<br />
1 x 4 g Syringes of the shades: A2, A3, OM<br />
Shade Guide Intro<br />
Shades<br />
Syringe<br />
PLT<br />
20 x 25 g<br />
PLT<br />
10 x 25 g<br />
Opaque Dentine Shades<br />
OL (Opaque Light) 66035484 66039021<br />
OLC (Opaque Light Chromatic) 66046735 66046731<br />
Shades<br />
Syringe<br />
PLT<br />
20 x 25 g<br />
Universal Shades<br />
A1 66035471 66039008<br />
A2 66035472 66039009<br />
PLT<br />
10 x 25 g<br />
Toothbrush Abrasion<br />
Suzuki et al.<br />
Showa University, Tokyo, Japan<br />
Dent Mater J, 2009; 28(6): 708–716<br />
Water Sorption / Solubility<br />
Fraunhofer Institut für Werkstoffmechanik<br />
Freiburg, Germany<br />
Data on file<br />
OM (Opaque Medium) 66035485 66039022<br />
OMC (Opaque Medium Chromatic) 66046736 66046732<br />
OD (Opaque Dark) 66035486 66039023<br />
ODC (Opaque Dark Chromatic) 66046737 66046733<br />
A3 66035474 66039011<br />
A3.5 66035475 66039012<br />
A4 66035476 66039013<br />
B1 66035478 66039015<br />
Compatibility to adhesives<br />
R&D Lab <strong>Heraeus</strong> Kulzer GmbH<br />
Wehrheim, Germany<br />
J Dent Res 88A, 1810, 2009<br />
Colour Adjustment Potential<br />
Paravina et al.<br />
University of Texas, Houston, USA<br />
IFED 2009, presentation P101<br />
OXDC (Opaque Ex.Dark Chromatic) 66046738 66046734<br />
Incisal Shades<br />
CL (Clear Light) 66035490 66039027<br />
B2 66035479 66039016<br />
B3 66035480 66039017<br />
C2 66035481 66039018<br />
Compression Strength<br />
Fraunhofer Institut für Werkstoffmechanik<br />
Freiburg, Germany<br />
Data on file<br />
Diametral tensile strength<br />
Fraunhofer Institut für Werkstoffmechanik<br />
Freiburg, Germany<br />
Data on file<br />
In vivo:<br />
Class I / II-Study at the State University of<br />
New York at Buffalo / USA (Prof. Munoz)<br />
Class III / IV-Study at the University of<br />
Iowa / USA (Prof. Vargas)<br />
Class V-Study at University of Brescia/Italy<br />
(Prof. Cerutti)<br />
AM (Amber) 66035491 66039028<br />
CO (Clear Opal) 66035492 66039029<br />
YO (Yellow Opal) 66035493 66039030<br />
C3 66035482 66039019<br />
D3 66035483 66039020<br />
HKA2.5 66035473 66039010<br />
HKA5 66035477 66039014<br />
Bleach Shades<br />
BL (Bleach Light) 66035487 66039025<br />
BXL (Bleach Extra Light) 66035488 66039026<br />
OB (Opaque Bleach) 66035489 66039024<br />
Class III / IV-Study at University of Brescia / Italy<br />
(Prof. Cerutti)<br />
14 15
<strong>Heraeus</strong> Kulzer GmbH<br />
Grüner Weg 11<br />
63450 Hanau<br />
Phone 0800 43 72-522<br />
Fax 0800 43 72-329<br />
info.lab@heraeus.com<br />
www.heraeus-kulzer.com