Material comparison: The image on the left
shows a metal-ceramic crown and on the
right a full ceramic crown made from
homogeneously colored Z-CAD ® zirconia.
The translucency of Z-CAD ® frameworks
is by far closer to that of natural teeth.
Only the best is good enough
Healthful teeth contribute significantly
Strong and beautiful
tages as well as excellent biocompati-
to our quality of life. They are so con-
When teeth are manufactured from
bility in comparison to other materials.
spicuous and an essential part of our
artificial biomaterials, it is essential
appearance.
to use ceramics of uncompromising
quality in terms of appearance, me-
Dental technicians and dentists help
chanical strength and functional safe-
their patients regain self-confidence
ty. Oxide ceramics such as Z-CAD®
thanks to beautiful, functional teeth.
zirconia provide proofed effectiveness
The right choice of materials is essen-
in this field. Moreover they are provi-
tial in this gratifying process.
ding aesthetic and functional advan-
«
Since 1999 we are working successfully
without metals in our dental laboratory. We
concentrate solely on highly aesthetic restorations using ceramics only. Zirconia of Metoxit
AG was an important component in the
development of this new concept. Several
thousand teeth made on our premises are
based on this innovative high-tech ceramic
made in Switzerland. Zirconia from Metoxit
»
makes me feel safe. I feel comfortable, even
after ten years.
Joachim Maier, MDT, Oral Design Bodensee (Germany)
Z-CAD® zirconia is
• biocompatible
• aesthetical
• high-strength
• proofed
• ...
Electron micrograph of a sintered
Z-CAD ® blank, made from Y-TZP
(yttriastabilized tetragonal zirconia
polycrystals): Metoxit AG materials are
homogenous and fulfil the highest
requirements of ISO 13356 (implants for
surgery – ceramic materials based on
yttria-stabilized tetragonal zirconia Y-TZP).
1 µm
Ceramics are not all equal
a result of positive experience with or-
composition and processing, making
Metoxit AG has many decades of ex-
thopedic hip implants made from
zirconia an excellent alternative to
perience in manufacturing medical
Metoxit Y-TZP-HIP. From about 1990
previously used materials.
products made of high-strength oxide
onwards Metoxit Y-TZP-HIP has been
ceramics like zirconia and alumina.
used for root posts and interest grew
Back in the 1980’s, Y-TZP (yttria-sta-
to use this material additionally in
bilized tetragonal zirconia polycry-
restorative dentistry applying the
stals) and Y-TZP-HIP (HIP – Hot Iso-
CAD/CAM technique. Since these
static Post Compaction) had already
very beginnings further important
been proposed for use in dentistry as
progress has been made in material
Flexural strength of various medical ceramics
10
Zirconia
Fracture toughness in MPam -1/ 2
8
6
Alumina
4
Glass ceramics
2
Veneer
ceramics
0
0
200
400
600
Flexural strength in MPa
800
1000
1200
It’s all in the Z-CAD® color
White is not just white
of color intensity but often have limi-
The appearance of a tooth is deter-
ted space available. This is where
mined by the combination of its color
colored Z-CAD® zirconia has an
intensity, translucency, opalescence,
advantageous optical effect.
fluorescence and light reflection of its
surface structure.
Why making things difficult when
they can be so easy?
In the cervical and occlusal area den-
It is common practice to dip white
tal technicians require a high degree
zirconia into chemical solutions to
Colored Z-CAD® zirconia
• is economical
• is homogenously colored
• allows differentiated coloring
in restoration applications
• fulfils all respective international
standards
The brightness value of a coping made from
white Z-CAD ® zirconia is intensified by the
reflective white of the structure material,
which can be seen in particular in cervical
and occlusal areas (right of picture). The
use of Metoxit AG colored Z-CAD ® blanks
(left of picture) neutralizes this effect,
making the desired color easier to achieve.
achieve the desired color. Only in the
In contrast, Metoxit AG applies a spe-
money. Furthermore, the Z-CAD® co-
rarest cases this process is absolutely
cific coloration process to the colored
loring process does not change me-
uniform and reproducible.
Z-CAD zirconia powder creating an
chanical characteristics and biocom-
The gradient in color intensity from
absolutely homogenous color. In ad-
patibility.
crown to connector to pontic as a
dition, the time consuming drying
Colored Z-CAD® zirconia meets all re-
result of both, varying thicknesses
process after dipping is no longer
quirements of the respective interna-
and manual grinding after sintering is
needed, saving dental technicians a
tional standards.
the reason for an uneven coloration.
considerable amount of time and
«
I need the best material
whose quality is guaranteed
in order to give my patients
»
a biocompatible, gleaming
smile – long-term.
Rainer Semsch, MDT,
Dental Concept, Münstertal, (Germany)
®
The Swiss spirit of know-how
Metoxit – the bioceramics experts
production process which achieves
More than twenty years ago, Metoxit
the best final product.
AG was already one of the pioneers in
the research and manufacturing of bi-
The R&D department is consistently
oceramics. Over the years, Metoxit AG
improving materials and processes in
has expanded its know-how and now
order to carry on Metoxit AG’s pionee-
covers all steps of the production pro-
ring role in the bioceramics field. All
cess from the raw powder to the final
test procedures conform to the latest
product. Whether axial or isostatic
technological
pressing – Metoxit always selects the
amongst the toughest in the industry.
advances
and
are
Metoxit AG
• has several decades of experience
in the manufacture and processing
of zirconia
• covers all processes from raw
powder to the final product
• produces Z-CAD®
• has its own R&D and material
testing laboratory
From the powder to the CAD/CAM framework
Valuable material produced
under pressure
Isostatic
pressing technique
Uniaxial
pressing technique
There are various ways to manufacPowder
ture ceramic blanks. The isostatic
and the uniaxial pressing processes
are probably the ones most widely
Isostatic pressing
Uniaxial pressing
used in the production of dental CAD/
CAM blanks. Metoxit AG has availa-
Green machining
ble the complete range of techniques
for producing bioceramics. Fully au-
Final sintering Pre-sintering
Final sintering Pre-sintering
tomated production, reproducible
processes and total traceability guarantee the highest quality possible.
HIP
process
HIP
process
Simply Pressure is not enough
Oxidizing
Oxidizing
Every CAM, CAD/CAM or copy milling system currently on the market
CAD/CAM machining in the dental laboratory
requires ceramic blanks with certain
specifications. In the production of
Final sintering
Final sintering
blanks, attention must be paid to
system parameters such as nature of
Processing by the dental technician
cutter, milling or grinding parameters, but also the torque and feed
The flowchart shows the four common procedures: A distinc-
rate of each system. Metoxit AG’s Z-
tion is made between the isostatic pressing technique during
CAD ceramic blanks are the pro-
which pressure is uniformly applied to the powder, and the uni-
duct of over fifteen years’ experience
axial pressing technique in which the product is compacted via
and are perfectly adapted to the de-
mechanical pressure from above and below. If required both
mands of dental grinding and milling
techniques can be combined with the HIP process (Hot Isosta-
systems.
tic Post Compaction) in order to achieve the highest possible
®
structural quality.
You can find more detailed information on the differences between the different techniques on the final pages under FAQs.
Z-CAD® blocks
Order No. Product
Color
Measurements (L x W x H)
Packing unit
404862
Z-CAD 20-15 SIL (10)
white
20 x 14 x 15 mm
10 pcs
405608
Z-CAD 20-15 SIL (35)
white
20 x 14 x 15 mm
35 pcs
404869
Z-CAD 20-15 SIL B2 (10)
B2
20 x 14 x 15 mm
10 pcs
405751
Z-CAD 20-15 SIL B2 (35)
B2
20 x 14 x 15 mm
35 pcs
405745
Z-CAD 20-15 SIL TL (10)
translucent
20 x 14 x 15 mm
10 pcs
405752
Z-CAD 20-15 SIL TL (35)
translucent
20 x 14 x 15 mm
35 pcs
Order No.
Product
Color
Measurements (L x W x H)
Packing unit
404865
Z-CAD 20-19 SIL (10)
white
20 x 19 x 15.5 mm
10 pcs
404871
Z-CAD 20-19 SIL B2 (10)
B2
20 x 19 x 15.5 mm
10 pcs
Order No.
Product
Color
Measurements (L x W x H)
Packing unit
405228
Z-CAD 40-15 SIL (5)
white
40 x 14 x 15 mm
5 pcs
404870
Z-CAD 40-15 SIL B2 (5)
B2
40 x 14 x 15 mm
5 pcs
405747
Z-CAD 40-15 SIL TL (5)
translucent 40 x 14 x 15 mm
5 pcs
Order No.
Product
Color
404866
404872
405748
Z-CAD 40-19 SIL (5)
Z-CAD 40-19 SIL B2 (5)
Z-CAD 40-19 SIL TL (5)
white
39 x 19 x 15.5 mm
B2
39 x 19 x 15.5 mm
translucent 39 x 19 x 15.5 mm
Measurements (L x W x H)
Packing unit
5 pcs
5 pcs
5 pcs
Order No.
Product
Color
Measurements (L x W x H)
Packing unit
405208
405749*
405777*
Z-CAD 55-19 SIL Flip (1)
Z-CAD 55-19 SIL (1)
Z-CAD 55-19 SIL B2 (1)
white
white
B2
55 x 19 x 15.5 mm
55 x 19 x 15.5 mm
55 x 19 x 15.5 mm
1 pcs
1 pcs
1 pcs
* wie Abbildung
Order No.
Product
Color
Measurements (L x W x H)
Packing unit
405753
405755
Z-CAD 65-25 SIL (1)
Z-CAD 65-25 SIL B2 (1)
white
B2
65 x 25 x 22 mm
65 x 25 x 22 mm
1 pcs
1 pcs
Z-CAD® discs standard
Z-CAD® discs standard
Order No.
Product
Color
Measurements
Packing unit
405454
Z-CAD HD99-10 (1)
white
Ø 99 ± 0.6 x 10 mm
1 pc
405492
Z-CAD HD99-12 (1)
white
Ø 99 ± 0.6 x 12 mm
1 pc
404953
Z-CAD HD99-14 (1)
white
Ø 99 ± 0.6 x 14 mm
1 pc
405005
Z-CAD HD99-16 (1)
white
Ø 99 ± 0.6 x 16 mm
1 pc
404954
Z-CAD HD99-18 (1)
white
Ø 99 ± 0.6 x 18 mm
1 pc
405008
Z-CAD HD99-20 (1)
white
Ø 99 ± 0.6 x 20 mm
1 pc
404955
Z-CAD HD99-25 (1)
white
Ø 99 ± 0.6 x 25 mm
1 pc
405455
Z-CAD HD99-10 B2 (1)
B2
Ø 99 ± 0.6 x 10 mm
1 pc
404956
Z-CAD HD99-14 B2 (1)
B2
Ø 99 ± 0.6 x 14 mm
1 pc
405006
Z-CAD HD99-16 B2 (1)
B2
Ø 99 ± 0.6 x 16 mm
1 pc
404957
Z-CAD HD99-18 B2 (1)
B2
Ø 99 ± 0.6 x 18 mm
1 pc
405010
Z-CAD HD99-20 B2 (1)
B2
Ø 99 ± 0.6 x 20 mm
1 pc
404959
Z-CAD HD99-25 B2 (1)
B2
Ø 99 ± 0.6 x 25 mm
1 pc
Packing unit
Z-CAD® discs standard with 10 mm collar
Order No.
Product
Color
Measurements
405415
Z-CAD HD99-10 C10 (1)
white
Ø 98.5 ± 0.5 x 10 mm 1 pc
405499
Z-CAD HD99-12 C10 (1)
white
Ø 98.5 ± 0.5 x 12 mm 1 pc
405364
Z-CAD HD99-14 C10 (1)
white
Ø 98.5 ± 0.5 x 14 mm 1 pc
405500
Z-CAD HD99-16 C10 (1)
white
Ø 98.5 ± 0.5 x 16 mm 1 pc
405366
Z-CAD HD99-18 C10 (1)
white
Ø 98.5 ± 0.5 x 18 mm 1 pc
405416
Z-CAD HD99-20 C10 (1)
white
Ø 98.5 ± 0.5 x 20 mm 1 pc
405417
Z-CAD HD99-25 C10 (1)
white
Ø 98.5 ± 0.5 x 25 mm 1 pc
405418
Z-CAD HD99-10 C10 B2 (1)
B2
Ø 98.5 ± 0.5 x 10 mm 1 pc
405495
Z-CAD HD99-12 C10 B2 (1)
B2
Ø 98.5 ± 0.5 x 12 mm 1 pc
405419
Z-CAD HD99-14 C10 B2 (1)
B2
Ø 98.5 ± 0.5 x 14 mm 1 pc
405496
Z-CAD HD99-16 C10 B2 (1)
B2
Ø 98.5 ± 0.5 x 16 mm 1 pc
405420
Z-CAD HD99-18 C10 B2 (1)
B2
Ø 98.5 ± 0.5 x 18 mm 1 pc
405421
Z-CAD HD99-20 C10 B2 (1)
B2
Ø 98.5 ± 0.5 x 20 mm 1 pc
405422
Z-CAD HD99-25 C10 B2 (1)
B2
Ø 98.5 ± 0.5 x 25 mm 1 pc
Z-CAD® discs FTL
Z-CAD® discs FTL cylindrical
Order No.
Product
Color
Measurements
Packing unit
407404
Z-CAD HD99-14 FTL(1)
white
Ø 99 ± 0.6 x 10 mm
1 pc
407407
Z-CAD HD99-14 FTL(1)
bright
Ø 99 ± 0.6 x 12 mm
1 pc
407405
Z-CAD HD99-14 FTL(1)
light
Ø 99 ± 0.6 x 14 mm
1 pc
407406
Z-CAD HD99-14 FTL(1)
medium
Ø 99 ± 0.6 x 16 mm
1 pc
Z-CAD® discs FTL with 10 mm collar
Order No. Product
Color
Measurements
Packing unit
407356
Z-CAD HD99-10 C10 FTL(1)
white
Ø 99 ± 0.6 x 10 mm
1 pc
407357
Z-CAD HD99-12 C10 FTL(1)
white
Ø 99 ± 0.6 x 12 mm
1 pc
407358
Z-CAD HD99-14 C10 FTL(1)
white
Ø 99 ± 0.6 x 14 mm
1 pc
407359
Z-CAD HD99-16 C10 FTL(1)
white
Ø 99 ± 0.6 x 16 mm
1 pc
407369
Z-CAD HD99-18 C10 FTL(1)
white
Ø 99 ± 0.6 x 18 mm
1 pc
407370
Z-CAD HD99-20 C10 FTL(1)
white
Ø 99 ± 0.6 x 20 mm
1 pc
407371
Z-CAD HD99-22 C10 FTL(1)
white
Ø 99 ± 0.6 x 22 mm
1 pc
407372
Z-CAD HD99-25 C10 FTL(1)
white
Ø 99 ± 0.6 x 25 mm
1 pc
Order No. Product
Measurements
Packing unit
407373
Z-CAD HD99-10 C10 FTL(1) bright
Ø 99 ± 0.6 x 10 mm
1 pc
407374
Z-CAD HD99-12 C10 FTL(1) bright
Ø 99 ± 0.6 x 12 mm
1 pc
407375
Z-CAD HD99-14 C10 FTL(1) bright
Ø 99 ± 0.6 x 14 mm
1 pc
407376
Z-CAD HD99-16 C10 FTL(1) bright
Ø 99 ± 0.6 x 16 mm
1 pc
407377
Z-CAD HD99-18 C10 FTL(1) bright
Ø 99 ± 0.6 x 18 mm
1 pc
407378
Z-CAD HD99-20 C10 FTL(1) bright
Ø 99 ± 0.6 x 20 mm
1 pc
407379
Z-CAD HD99-25 C10 FTL(1) bright
Ø 99 ± 0.6 x 25 mm
1 pc
Order No. Product
Color
Measurements
Packing unit
407380
Z-CAD HD99-10 C10 FTL(1) light
Ø 99 ± 0.6 x 10 mm
1 pc
407381
Z-CAD HD99-12 C10 FTL(1) light
Ø 99 ± 0.6 x 12 mm
1 pc
407382
Z-CAD HD99-14 C10 FTL(1) light
Ø 99 ± 0.6 x 14 mm
1 pc
407383
Z-CAD HD99-16 C10 FTL(1) light
Ø 99 ± 0.6 x 16 mm
1 pc
407384
Z-CAD HD99-18 C10 FTL(1) light
Ø 99 ± 0.6 x 18 mm
1 pc
407385
Z-CAD HD99-20 C10 FTL(1) light
Ø 99 ± 0.6 x 20 mm
1 pc
407386
Z-CAD HD99-25 C10 FTL(1) light
Ø 99 ± 0.6 x 25 mm
1 pc
Order No. Product
Color
Measurements
Packing unit
407387
Z-CAD HD99-10 C10 FTL(1) medium
Color
Ø 99 ± 0.6 x 10 mm
1 pc
407388
Z-CAD HD99-12 C10 FTL(1) medium
Ø 99 ± 0.6 x 12 mm
1 pc
407389
Z-CAD HD99-14 C10 FTL(1) medium
Ø 99 ± 0.6 x 14 mm
1 pc
407390
Z-CAD HD99-16 C10 FTL(1) medium
Ø 99 ± 0.6 x 16 mm
1 pc
407391
Z-CAD HD99-18 C10 FTL(1) medium
Ø 99 ± 0.6 x 18 mm
1 pc
407392
Z-CAD HD99-20 C10 FTL(1) medium
Ø 99 ± 0.6 x 20 mm
1 pc
407393
Z-CAD HD99-25 C10 FTL(1) medium
Ø 99 ± 0.6 x 25 mm
1 pc
Z-CAD® discs 95 mm
Z-CAD® discs HTL 95 mm with 10 mm collar
Order No. Product
Color
Measurements
Packing unit
407430
Z-CAD HD95-14 C10 HTL (1)
white
Ø 95 ± 0.6 x 14 mm
1 pc
407431
Z-CAD HD95-18 C10 HTL (1)
white
Ø 95 ± 0.6 x 18 mm
1 pc
407432
Z-CAD HD95-22 C10 HTL (1)
white
Ø 95 ± 0.6 x 22 mm
1 pc
407433
Z-CAD HD95-30 C10 HTL (1)
white
Ø 95 ± 0.6 x 30 mm
1 pc
Order No. Product
Color
Measurements
Packing unit
407434
Z-CAD HD95-14 C10 HTL (1)
light
Ø 95 ± 0.6 x 14 mm
1 pc
407435
Z-CAD HD95-18 C10 HTL (1)
light
Ø 95 ± 0.6 x 18 mm
1 pc
407436
Z-CAD HD95-22 C10 HTL (1)
light
Ø 95 ± 0.6 x 22 mm
1 pc
407437
Z-CAD HD95-30 C10 HTL (1)
light
Ø 95 ± 0.6 x 30 mm
1 pc
Order No. Product
Color
Measurements
407438
Z-CAD HD95-14 C10 HTL (1)
medium Ø 95 ± 0.6 x 14 mm
1 pc
407439
Z-CAD HD95-18 C10 HTL (1)
medium Ø 95 ± 0.6 x 18 mm
1 pc
407440
Z-CAD HD95-22 C10 HTL (1)
medium Ø 95 ± 0.6 x 22 mm
1 pc
407441
Z-CAD HD95-30 C10 HTL (1)
medium Ø 95 ± 0.6 x 30 mm
1 pc
Packing unit
Z-CAD® discs standard mm with 10 mm collar
Order No. Product
Color
Measurements
Packing unit
407465
Z-CAD HD95-14 C10 (1)
white
Ø 95 ± 0.6 x 14 mm
1 pc
407466
Z-CAD HD95-18 C10 (1)
white
Ø 95 ± 0.6 x 18 mm
1 pc
407467
Z-CAD HD95-22 C10 (1)
white
Ø 95 ± 0.6 x 22 mm
1 pc
407468
Z-CAD HD95-30 C10 (1)
white
Ø 95 ± 0.6 x 30 mm
1 pc
Z-CAD® discs HTL cylindrical
intense
Order No.
Product
Color
Measurements
Packing unit
406992
Z-CAD HD99-10 HTL(1)
white
Ø 99 ± 0.6 x 10 mm
1 pc
407082
Z-CAD HD99-12 HTL(1)
white
Ø 99 ± 0.6 x 12 mm
1 pc
406994
Z-CAD HD99-14 HTL(1)
white
Ø 99 ± 0.6 x 14 mm
1 pc
406995
Z-CAD HD99-16 HTL(1)
white
Ø 99 ± 0.6 x 16 mm
1 pc
406996
Z-CAD HD99-18 HTL(1)
white
Ø 99 ± 0.6 x 18 mm
1 pc
406997
Z-CAD HD99-20 HTL(1)
white
Ø 99 ± 0.6 x 20 mm
1 pc
407083
Z-CAD HD99-25 HTL(1)
white
Ø 99 ± 0.6 x 25 mm
1 pc
Order No.
Product
Color
Measurements
Packing unit
406998
Z-CAD HD99-10 HTL(1)
light
Ø 99 ± 0.6 x 10 mm
1 pc
1 pc
407084
Z-CAD HD99-12 HTL(1)
light
Ø 99 ± 0.6 x 12 mm
406999
Z-CAD HD99-14 HTL(1)
light
Ø 99 ± 0.6 x 14 mm
1 pc
407000
Z-CAD HD99-16 HTL(1)
light
Ø 99 ± 0.6 x 16 mm
1 pc
407001
Z-CAD HD99-18 HTL(1)
light
Ø 99 ± 0.6 x 18 mm
1 pc
407002
Z-CAD HD99-20 HTL(1)
light
Ø 99 ± 0.6 x 20 mm
1 pc
407085
Z-CAD HD99-25 HTL(1)
light
Ø 99 ± 0.6 x 25 mm
1 pc
Order No.
Product
Color
Measurements
Packing unit
407003
Z-CAD HD99-10 HTL(1)
medium
Ø 99 ± 0.6 x 10 mm
1 pc
407086
Z-CAD HD99-12 HTL(1)
medium
Ø 99 ± 0.6 x 12 mm
1 pc
407004
Z-CAD HD99-14 HTL(1)
medium
Ø 99 ± 0.6 x 14 mm
1 pc
407005
Z-CAD HD99-16 HTL(1)
medium
Ø 99 ± 0.6 x 16 mm
1 pc
407006
Z-CAD HD99-18 HTL(1)
medium
Ø 99 ± 0.6 x 18 mm
1 pc
407007
Z-CAD HD99-20 HTL(1)
medium
Ø 99 ± 0.6 x 20 mm
1 pc
407087
Z-CAD HD99-25 HTL(1)
medium
Ø 99 ± 0.6 x 25 mm
1 pc
Order No.
Product
Color
Measurements
Packing unit
407008
Z-CAD HD99-10 HTL(1)
intense
Ø 99 ± 0.6 x 10 mm
1 pc
407088
Z-CAD HD99-12 HTL(1)
intense
Ø 99 ± 0.6 x 12 mm
1 pc
407009
Z-CAD HD99-14 HTL(1)
intense
Ø 99 ± 0.6 x 14 mm
1 pc
407010
Z-CAD HD99-16 HTL(1)
intense
Ø 99 ± 0.6 x 16 mm
1 pc
407011
Z-CAD HD99-18 HTL(1)
intense
Ø 99 ± 0.6 x 18 mm
1 pc
407012
Z-CAD HD99-20 HTL(1)
intense
Ø 99 ± 0.6 x 20 mm
1 pc
407089
Z-CAD HD99-25 HTL(1)
intense
Ø 99 ± 0.6 x 25 mm
1 pc
medium
light
white
Z-CAD® discs HTL with 10 mm collar
white
Order No.
Product
Measurements
Packing unit
407013
Z-CAD HD99-10 C10 HTL(1) white
Color
Ø 98.5 ± 0.5 x 10 mm
1 pc
407046
Z-CAD HD99-12 C10 HTL(1) white
Ø 98.5 ± 0.5 x 12 mm
1 pc
407014
Z-CAD HD99-14 C10 HTL(1) white
Ø 98.5 ± 0.5 x 14 mm
1 pc
407015
Z-CAD HD99-16 C10 HTL(1) white
Ø 98.5 ± 0.5 x 16 mm
1 pc
407016
Z-CAD HD99-18 C10 HTL(1) white
Ø 98.5 ± 0.5 x 18 mm
1 pc
407017
Z-CAD HD99-20 C10 HTL(1) white
Ø 98.5 ± 0.5 x 20 mm
1 pc
407047
Z-CAD HD99-25 C10 HTL(1) white
Ø 98.5 ± 0.5 x 25 mm
1 pc
Order No.
Product
Measurements
Packing unit
407018
Z-CAD HD99-10 C10 HTL(1) light
Ø 98.5 ± 0.5 x 10 mm
1 pc
407074
Z-CAD HD99-12 C10 HTL(1) light
Ø 98.5 ± 0.5 x 12 mm
1 pc
407019
Z-CAD HD99-14 C10 HTL(1) light
Ø 98.5 ± 0.5 x 14 mm
1 pc
407020
Z-CAD HD99-16 C10 HTL(1) light
Ø 98.5 ± 0.5 x 16 mm
1 pc
407021
Z-CAD HD99-18 C10 HTL(1) light
Ø 98.5 ± 0.5 x 18 mm
1 pc
407022
Z-CAD HD99-20 C10 HTL(1) light
Ø 98.5 ± 0.5 x 20 mm
1 pc
407075
Z-CAD HD99-25 C10 HTL(1) light
Ø 98.5 ± 0.5 x 25 mm
1 pc
Order No.
Product
Measurements
Packing unit
407023
Z-CAD HD99-10 C10 HTL(1) medium
Ø 98.5 ± 0.5 x 10 mm
1 pc
407076
Z-CAD HD99-12 C10 HTL(1) medium
Ø 98.5 ± 0.5 x 12 mm
1 pc
407024
Z-CAD HD99-14 C10 HTL(1) medium
Ø 98.5 ± 0.5 x 14 mm
1 pc
407025
Z-CAD HD99-16 C10 HTL(1) medium
Ø 98.5 ± 0.5 x 16 mm
1 pc
407026
Z-CAD HD99-18 C10 HTL(1) medium
Ø 98.5 ± 0.5 x 18 mm
1 pc
407027
Z-CAD HD99-20 C10 HTL(1) medium
Ø 98.5 ± 0.5 x 20 mm
1 pc
407077
Z-CAD HD99-25 C10 HTL(1) medium
Ø 98.5 ± 0.5 x 25 mm
1 pc
Order No.
Product
Measurements
Packing unit
407028
Z-CAD HD99-10 C10 HTL(1) intense
Ø 98.5 ± 0.5 x 10 mm
1 pc
407078
Z-CAD HD99-12 C10 HTL(1) intense
Ø 98.5 ± 0.5 x 12 mm
1 pc
1 pc
Color
Color
Color
407030
Z-CAD HD99-14 C10 HTL(1) intense
Ø 98.5 ± 0.5 x 14 mm
407031
Z-CAD HD99-16 C10 HTL(1) intense
Ø 98.5 ± 0.5 x 16 mm
1 pc
407032
Z-CAD HD99-18 C10 HTL(1) intense
Ø 98.5 ± 0.5 x 18 mm
1 pc
407033
Z-CAD HD99-20 C10 HTL(1) intense
Ø 98.5 ± 0.5 x 20 mm
1 pc
407079
Z-CAD HD99-25 C10 HTL(1) intense
Ø 98.5 ± 0.5 x 25 mm
1 pc
light
medium
intense
Z-CAD® cylinders/blocks | BIO HIP® blanks
Order No.
Product
Color
Measurements
Packing unit
405378
405589
Z-CAD D16-16 (10)
Z-CAD D16-16 B2 (10)
white
B2
Ø 16 x 16 mm
Ø 16 x 16 mm
10 pcs
10 pcs
Order No.
Product
Color
Measurements
Packing unit
405586
405590
Z-CAD D20-20 (10)
Z-CAD D20-20 B2 (10)
white
B2
Ø 20 x 20 mm
Ø 20 x 20 mm
10 pcs
10 pcs
Order No.
Product
Color
Measurements(L x W x H)
Packing unit
405592
405594
Z-CAD 42-16 (8)
Z-CAD 42-16 B2 (8)
white
B2
43 x 20 x 16 mm
43 x 20 x 16 mm
8 pcs
8 pcs
Order No.
Product
Color
Measurements(L x W x H)
Packing unit
405624
405597
Z-CAD 42-20 (8)
Z-CAD 42-20 B2 (8)
white
B2
43 x 20 x 20 mm
43 x 20 x 20 mm
8 pcs
8 pcs
Order No.
Product
Color
Measurements(L x W x H)
Packing unit
405598
405599
Z-CAD 60-25 (4)
Z-CAD 60-25 B2 (4)
white
B2
60 x 20 x 25 mm
60 x 20 x 25 mm
4 pcs
4 pcs
Z-CAD® BIO HIP® blanks (without metal bar)
Order No.
Product
Color
Measurements
Packing unit
404657
404658
404659
404660
404661
Z-CAD HIP 80-8 (1)
Z-CAD HIP 80-10 (1)
Z-CAD HIP 80-12 (1)
Z-CAD HIP 80-14 (1)
Z-CAD HIP 80-15 (1)
white
white
white
white
white
79.5 x 42.5 x 8 mm
79.5 x 42.5 x 10 mm
79.5 x 42.5 x 12 mm
79.5 x 42.5 x 13.5 mm
79.5 x 42.5 x 15 mm
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
404663
404665
404666
404667
404668
Z-CAD HIP 80-8 B2 (1)
Z-CAD HIP 80-10 B2 (1)
Z-CAD HIP 80-12 B2 (1)
Z-CAD HIP 80-14 B2 (1)
Z-CAD HIP 80-15 B2 (1)
B2
B2
B2
B2
B2
79.5 x 42.5 x 8 mm
79.5 x 42.5 x 10 mm
79.5 x 42.5 x 12 mm
79.5 x 42.5 x 13.5 mm
79.5 x 42.5 x 15 mm
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
One stage procedure –
Immediate Restoration
Ziraldent® implants, with the paten-
use, performance of the ceramic im-
ted ZircaPore surface, offer a high
plant. Respective periodontal values
clinical safety that is equal to that of
confirm approximately healthy and
modern metal implants. Thanks to
stable gingival conditions. Clinically
the conicalcylindrical design, Ziral-
Ziraldent therefore combines the re-
dent achieves a high primary stabili-
served for advantages of a singlepart
ty that enables an immediate provisi-
design with a high clinical prognosis
onal repairi. The single-part design,
of success, and which was previously
combined with the immediate provi-
reserved for metal implants.
®
®
®
sional repair, allows for a secure, oneZiraldent® is therefore suitable for a
stage implantation procedure.
wide range of clinical colonization and
The narrowing of the thread at the le-
indications, particularly in the aesthe-
vel of the bone reduces excessive bi-
tically challenging frontal tooth to the
omechanical stress to the crestal bo-
region. The CE certification and moni-
ne and minimizes the risk of marked
toring dental in a prospective clinical
vertical bone loss.
study since 2008 attest:
The patented implant surface Zirca-
The single-part Ziraldent® with the Zir-
Pore® creates the best prerequisites
caPore® surface enables a very relia-
for a tight bone/implant union. When
ble provisional, clinically safe imme-
compared with an established and
diate repair, with a shortened healing
proven implant surface, ZircaPore
timeiii.
®
demonstrates comparable Osseointegration and consequential secondary strength.ii These clinical studies
confirm comparable healing periods
as seen with other modern dental im-
i
R. Kohal, J. Bernhart, M. Sperlich (EAO
2010, Clinical Evaluation of an Alumina
Toughened Zirconia Oral Implant:
1-Years Follow-Up)
ii
M. Bächle (2010 Evaluation der
Osseointegration und mechanische
Stabilität von ATZ-Miniimplantaten mit
ZircaPore-Oberfläche im Rattenfemur),
Pub. in prep.
iii
N. J. Attard, George A. Zarb, J Prosthet
Dental 2005;94:242-58
plants: eight weeks in the lower jaw
and/or 16 weeks in the maxilla. The
extraordinary tissue-friendliness of
Ziraldent® bioceramic implants also
and supports soft tissue management.
Studies have demonstrated the very
favorable of materials available for
ZIRALDENT®
Professional Kit
Order No.
Product
407220
Ziraldent® Professional Kit
Content
Packing unit
Form drill ZD 3.0
Form drill ZD 3.2
Form drill ZD 4.0
Form drill ZD 4.2
Form drill ZD 5.0
Form drill ZD 5.2
Round drill 2.3 MM ZD
Spiral drill 2.3 MM ZD
Depth probe ZD
Ratchetadapter R3
Ratchetadapter R4
Ratchetadapter R5
Handpieceadapter H3
Handpieceadapter H4
Handpieceadapter H5
Torquewrench 50Ncm
Lengthening piece ZD
OP Tray Ziraldent
Ziraldent FR2 3X12
Ziraldent FR2 3X14
Ziraldent FR2 3X9
Ziraldent FR2 4X12
Ziraldent FR2 4X14
Ziraldent FR2 4X9
Ziraldent FR2 5X12
Ziraldent FR2 5X14
Ziraldent FR2 5X9
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
1 pcs
2 pcs
1 pcs
1 pcs
4 pcs
2 pcs
2 pcs
1 pcs
1 pcs
1 pcs
ZIRALDENT® Implants System
Order No.
Product
Type
Packing unit
40631
40632
40633
Ziraldent FR2 Implant
Ziraldent FR2 Implant
Ziraldent FR2 Implant
3x9
3x12
3x14
1 pc
1 pc
1 pc
Order No.
Product
Type
Packing unit
40634
40635
40636
Ziraldent FR2 Implant
Ziraldent FR2 Implant
Ziraldent FR2 Implant
4x9
4x12
4x14
1 pc
1 pc
1 pc
Order No.
Product
Type
Packing unit
40637
40638
40639
Ziraldent FR2 Implant
Ziraldent FR2 Implant
Ziraldent FR2 Implant
5x9
5x12
7x14
1 pc
1 pc
1 pc
Surface
The patented ceramic implant surface
alization of roughnesses of approximately
to the performance capability of the
ZircaPore represents a milestone in the
2 μm, which are considered to be clinical-
Ziraldent® at the level of modern dental
development of ceramic dental implants.
ly necessaryiv and were previously reser-
implants.
It is not a coating per se; ZircaPore is a
ved for titanium surfaces.
®
®
microporous and rough boundary layer of
the Ziraldent® ceramic that is created
With its specific roughness and micropo-
through sintering processes. Previously,
rosity, the material of the ZircaPore® sur-
controlling the strength of ceramic im-
face creates significant prerequisites for
plants was the limiting factor for heavily
cell colonization and osseointegration.
roughing their surface.
Preclinicalv and clinical results attest
With the combination of Ziraldent® and
ZircaPore®, dental implantology now has
a new class of materials available for use,
with the highest strength. It enables the re-
Implant surface zirconia sandblastet
A. Wennerberg, Int. Oral Maxillofac Implants
2000; 15,331-344
i i
B. Setzer, M. Bächle, M. Metzger, R. Kohal,
Biomaterials 30 (2009) 979-990
i
Implant Surface Zircapore®
ZIRALDENT® Instruments
Order No.
Product
Measurements
Packing unit
407165
Round drill ZD 2.3
Ø 2,3
1 pc
Order No.
Product
Measurements
Packing unit
407166
Spiral drill ZD 2.3
Ø 2,3
1 pc
Order No.
Product
Measurements
Packing unit
406863
Depth probe ZD 2.3
Ø 2,3
1 pc
Order No.
Product
Measurements
Packing unit
407159
407160
Form drill ZD 3.0
Form drill ZD 3.2
Ø 3,0
Ø 3,2
1 pc
1 pc
Order No.
Product
Measurements
Packing unit
407161
407162
Form drill ZD 4.0
Form drill ZD 4.2
Ø 4,0
Ø 4,2
1 pc
1 pc
Order No.
Product
Measurements
Packing unit
407163
407164
Form drill ZD 5.0
Form drill ZD 5.2
Ø 5,0
Ø 5,2
1 pc
1 pc
Material qualifications
Zirconium oxide ceramics are consi-
strength and long-term stability required
fatigue resistance of this ideal material,
dered to be construction materials with
for medical utilization with predictability
also for rotating instruments: Ziraldent®
the highest mechanical strength. For
and reliability.
drills and burs.
been developing and optimizing the ma-
Metoxit AG introduced the high-strength
ZIRALDENT® drills and burs provide a
terial properties of their bioceramics for
mixed ceramic material Ziraldent® in
consistent cutting performance across
utilization in orthopedics and dentistryxi.
2002 for dental posts and rotating in-
the entire lifespan. Heat generation
With the introduction of TZP-A Bio-HIP
®
struments. Hundreds of thousands of
and surgical handling are affected in a
in 1985, they were able to combine the
applications attest to the extraordinary
positive way.
more than 30 years, Metoxit AGxi has
Rieger, Ceramics in Orthopedic – 30 Years of Evolution and Experience; World Tribology Forum in Arthroplasty, 2001
i
FAQs
What is the difference between the
density and shrinkage. Blanks pro-
slightly lower than at the edges.
uniaxial and the isostatic pressing
cessed by this technique allow the re-
Hence shrinkage variations during
techniques?
liable preparation of large frameworks
sintering result.
like wide span bridges.
Isostatic pressing technique
Uniaxial pressing is the preferred
Ceramic powder is filled into a mal-
Uniaxial pressing technique
technique for the production of small
leable die that is placed in a pressure-
The ceramic powder is compressed
rectangular blocks where these varia-
vessel. The applied pressure (2000 –
simultaneously by two pistons moving
tions are negligible. This process is
4000 bar) is distributed uniformly
within a die in opposite direction. Duri-
economically
throughout the whole volume. Isosta-
ng pressing, powder is compressed
blanks should be used for frame-
tic pressing technique results in high-
higher close to the pistons – density in
works with a maximum of four units
ly homogenous blanks in respect of
the center of the blanks is thus
only.
attractive.
However,
Isostatic pressing
Advantage
Homogenous density
distribution in
the porous body
Disadvantage
Greater production
expense
Structure construction
in all sizes possible
Uniaxial pressing
Advantage
Very economical
production
Disadvantage
Less uniform density
distribution
Not recommended for
large frameworks
What makes a good zirconia?
Strength and reliability of zirconia is
Can any sintering program be used for
grind a wide range of materials, inclu-
all the zirconia blanks available on
ding glass-ceramics.
the market?
determined by raw material quality
Milling is more efficient for machining
and the craftsmanship in all proces-
No. There are different zirconia pow-
softer materials like plastics, metals
sing steps. It is essential to avoid po-
ders which require different sintering
and porous ceramic blanks. Some of
res and flaws from the very beginning.
temperatures and process time. The
the fastest machines on the market
Experience and a high degree of un-
size of the object to be sintered is al-
are optimized to mill just a few diffe-
derstanding of this material are there-
so significant. The larger the object,
rent materials at very high speed.
fore of utmost importance during its
the more important it is to adjust sin-
manufacture. This is what Metoxit AG
tering parameters precisely.
stands for.
Not only the zirconia blank dimension
but also its physical properties like
Why do zirconia blanks have different
density and hardness need to be ali-
enlargement factors for different CAD/
gned with the CAM hardware and its
CAM systems?
machining technique. Independent
of hardware and technique, Metoxit
Dental CAD/CAM systems are largely
AG aims to provide blanks that result
different – so are the blanks that fit
in the best end-product.
the systems. Each system therefore
requires individually aligned blank
How does chipping and fracture occur
parameters. Because of these speci-
during milling and grinding pro-
fication differences, it is not advisable
cesses?
to use a blank on a system to which it
has not been aligned.
Like CAD/CAM systems differ, so do
the blanks that work best with them.
Is Z-CAD zirconia radioactive?
Why are some porous zirconia blanks
The blank characteristics must ther-
Many ores contain traces of radioac-
machined by grinding and others by
fore be aligned to the CAM module
tive elements, so does the ore zirconia
milling?
and the cutting tools applied.
®
is extracted from. It is therefore impor-
Poor alignement can result in chip-
tant to use powders from which radio-
Grinding is required for machining
ping and fractures during the manuf-
active components have been meti-
hard and brittle materials like fully
acturing process. The work has to be
culously filtered out during the
sintered ceramics. Some of the most
repeated. The most common cause
production process. Metoxit AG’s qua-
versatile machines on the market
of flaws, however, is blunt tools.
lity-ensured processes guarantee that
Tip: Always use sharp tools when ma-
this happens.
chining high-quality Z-CAD® blanks.
FAQs
Can milled or ground zirconia be
tests of this kind are described and
shown that Metoxit Z-CAD® blanks
recycled and made into new blanks?
defined by international standards. In
meet this requirement very well.
order compare flexural strength data,
Colored Z-CAD® blanks prove to be
test methods must be identical.
more cost-effective than coloring
No, the milling and grinding chips
can not be processed into blanks
again.
porous
frameworks
by
dipping;
Is it necessary to give the structure
there is no lengthy drying process
the basic dentin color?
and the color of sub-structures from
Why do flexural strength values differ
colored Z-CAD® blanks is always
in different publications about zirco-
White zirconia is a good light reflector.
nia products?
This can increase the brightness value in areas where a lot of chroma is
reproducible.
What is a green body?
Three different tests exist to deter-
required, particularly in the cervical
mine the flexural strength of dental
and occlusal areas. In these areas,
In order to produce a dimensionally
ceramics: the 3-point, the 4-point
veneer ceramics are the thinnest. It is
stable blank from a powdery material
and the biaxial flexural strength test
unnecessary to stain the structure
by pressing, the addition of binder
(see pictures below). These tests me-
with the corresponding dentin color,
fractions is required. This blank is re-
thods differ in sample size and geo-
but a tone must be selected which
ferred to as a “green body”, however
metry. Minimum requirements and
neither increases the brightness va-
it does not yet exhibit its system-spe-
test procedures for flexural strength
lue nor is too intense. It has been
cific properties and the final geometry.
The 3-point, the 4-point and the biaxial flexural strength test (from left to right)
During the individual pre-sintering
What are the differences between
and today it is the most widely used
process, which is different for every
“translucent” and “opaque” zirconia?
zirconia for dental restorations.
tions are burned off and the structure
The common abbreviation for zirco-
The only disadvantage of this small
is partially sintered. Thereafter, the
nia which has been stabilized with
proportion of alumina is a slight red-
blank has the defined properties for
yttria is Y-TZP, which stands for “yttri-
uction in the translucence of the zir-
its use in the intended CAD/CAM sy-
astabilized zirconia polycrystals”. At
conia. Therefore zirconias marketed
stem. This blank is then referred to as
the end of the 1990’s it was found
as “translucent” are most likely made
a “white body” and corresponds to
that alloying Y-TZP with a small pro-
from Y-TZP and “opaque” blanks
the product used by the dental tech-
portion of alumina improves durabili-
from TZP-A.
nician in the lab. In order to prevent
ty, in particular at high temperatures
confusion, it is recommended to refer
in humid environments. The name of
to these blanks as partially sintered,
this material is abbreviated to TZP-A
CAD/CAM system, these binder frac-
or pre-sintered.
Metoxit AG is working constantly on the advancement of their products and broadening of the product range.
Why Metoxit?
Today, a variety of companies supply
the production of medical products
Trusted by millions
dental zirconium oxide blanks. How
made from oxide ceramics and more
Since 1993, Metoxit AG has produ-
does Metoxit AG differ from other ma-
than 15 years of experience in the
ced CAD/CAM blanks for more than
nufacturers?
field of dental ceramics.
ten million prosthetic units!
Pioneer
The first clinical study relating to the
Repeatable quality
Metoxit AG is one of the pioneers in
use of zirconium oxide in the posteri-
Metoxit AG employs a fully automatic
the manufacture of dental zirconium
or tooth area published in Germany in
production operation for the econo-
oxide products. The company has
1999 was conducted with the CAD/
mical and repeatable manufacture of
more than 20 years of experience in
CAM blanks from Metoxit AG.
medical products.
Tested to the limits
What other people say about Metoxit
quality Metoxit Z-CAD® products are
tested and certified worldwide. Metoxit AG’s Z-CAD® zirconia fulfils the strict
requirements set by examiners in the
USA, Canada, Japan, and Europe.
Literature
You will find below a list of important
and interesting publications on the
subject of bioceramics in English and
German.Some of these articles can
be found on our homepage www.
metoxit.com in the download area.
Please contact us if youare interested in a specific article.
M. Andriotell
Survival rate and fracture resistance of Zirconium
dioxide implants after exposure to the artificial mouth:
An in vitro study.
In: Inaugural Dissertation, Medizin. Fakultät,
Univ. Freiburg i. Br., 2006.
R. J. Kohal, G. Klaus
A Zirconia-Implant-Crown System. A Case Report.
In: The Intern. Journal of Periodontics and
Restaurative Dentistry, Vol. 24, No. 2, 2004: 147-153.
W. Rieger
Ceramics in Orthopedics – 30 Years of Evolution
and Experience.
In: World Tribology Forum in Arthroplasty. C. Rieker,
S. Oberholzer, (Hrsg.). Bern: Hans Huber, 2001: 283-294.
P. W. Fässler
Untersuchungen zur Bruch- und Dauerfestigkeit der
Dentalkeramiken Zirkonoxid-TZP und Inceram.
In: Inaugural-Dissertation der Medizinischen Fakultät.
Universität Tübingen, 1999.
T. Fett, W. Hartlieb, K. Keller, B. Knecht, D. Munz,
W. Rieger
Subcritical crack growth in high-grade alumina.
In: Journal of Nuclear Materials 184 (1991): 39-46.
H. Fischer, D. Edelhoff, R. Marx
Mechanische Beanspruchbarkeit von ZirkonoxidWurzelstiften.
In: Dtsch. Zahnärztl. Z. 53 (1998) 12: 854-858.
J. Geis-Gerstorfer, P. Fässler
Untersuchungen zum Ermüdungsverhalten der
Dentalkeramiken Zirkonoxid-TZP und Inceram.
In: Dtsch. Zahnärztl. Z. 54 (1999)11, 692-694.
J. Geis-Gerstorfer, P. Fässler
Untersuchungen zum Ermüdungsverhalten der
Dentalkeramiken Zirkonoxid-TZP und Inceram.
In: Dtsch. Zahnärztl. Z. 54 (1999)11, 692-694.
J. Geis-Gerstorfer, P. Fässler, R. Kirmeier
Fatigue behaviour of three all-ceramic materials.
IADR 2002, San Diego , seq. 348: In: Ceramic
propertiesand compositions.
G. Graber, C. Besimo
Das DCS-Hochleistungs-System.
In: Quintessenz Zahntech.: 57-64.
E. A. Hegenbarth
Die Entwicklung keramischer Abutments.
In: Implantologie, 2001, 329-335.
W. Hotz, U. Volz
Erste Erfahrungen mit ZrO2-Implantaten der
neuesten Generation.
Implantologie-Journal 8/2004.
L. M. Junge
Klinische Erfahrungen mit 2 vollkeramischen
Wurzelstift-Systemen.
In: Dissertation, RWTH Aachen, 2002.
Y. Kakehashi, H. Lüthy, R. Naef, A. Wohlwend,
P. Schärer
A New All-Ceramic Post and Core-System: Clinical,
Technical and In Vitro Results.
In: The International Journal of Periodontics and
Restaurative Dentistry, Vol. 18, 6 (1998): 587-592.
S. Köbel
Mechanische Eigenschaften von TZP BIO HIP.
In: Technical Report, Metoxit AG, 19.10.2006.
R. J. Kohal, D. Weng, M. Bächli, G. Klaus
Zirkonoxid-Implantate unter Belastung.
In: Z. Zahnärztl. Impl. 2003, 19,2.88-9 36
R. J. Kohal, G. Klaus
Zirconia Implant Supported All Ceramic Crowns
Withstand Longterm Load.
In: Clin. Oral Impl. Res.17, 2006: 565-572.
R. Luthardt, W. Rieger, R. Musil
Grinding of Zirconia TZP in Dentistry.
In: L. Sedel, C. Rey. Bioceramics 10, 1997. Proc. of
the 10th Int. Symposium on Ceramics in Medicine.
Oct.5-8, 1997: 437- 440.
R. Luthardt, Holzhüter, Sandkuhl, Herold, Walter
Festigkeit und Randzonenschädigung von
Zirconia-TZP-Keramik.
In: Dtsch. Zahnärztl. Z. 55 (2000) 11
G. Natt, R. Marx, H. Spiekermann, J. Tinschert
Metallfreie Frontzahn-Brücken aus
Hochleistungs-Keramik.
In: Dental-Labor XLVII, Heft 6/1999, 999-1000.
W. Rieger
Gehäuse für Armbanduhren aus ZrO2.
In: Industrie Diamanten-Rundschau IDR 22 (1988)
3: 2-4.
W. Rieger
Bearbeitung von Al2O3-Keramik mit
Diamant-Schleifscheiben.
In: IDR 22 (1988) 4: 2-6.
W. Rieger
Medical Applications of Ceramics.
In: High Tech Ceramics: Viewpoints an Perspectives.
G. Kostorz (Hrsg). Academic Press, 1989: 191-228.
W. Rieger
Wirtschaftliche Bearbeitung technischer Keramik.
In: Sprechsaal 122, No.1, 1989.
W. Rieger
Konstruieren mit Keramik: ein Problem?
In: Chimia 43 (1989): 309-314.
W. Rieger
Aluminium- und Zirkonoxidkeramik in der Medizin.
In: Industrie Diamanten Rundschau, IDR 2/1993: 2-6.
W. Rieger
Studies of Biocompatibility of ZrO2 and Al2O3 Ceramics.
6th Biomaterials Symposium, Sept. 1994, Göttingen.
W. Rieger, M. Schweiger
Bearbeitung von Zahnstiften für die Zahnmedizin.
In: IDR 31 (1997), Nr. 4: 328-330.
W. Rieger
Experience on Zirconia Ceramic Femoral Heads.
Proc., Zirconia Symposium, 6th World Biomaterials
Congress, Hawaii, 2000.
W. Rieger
Zirkonoxid als Spitzenwerkstoff für die Dentaltechnik.
Firmeninfo, Metoxit AG, 2001.
W. Rieger, W. Weber, M. Schmidt
Dentalimplantate aus ZrO2-Keramik Kolloquium.
In: EMPA. Dübendorf, CH, Nov. 2004.
J. Tinschert, G. Natt, B. Doose, H. Fischer, R. Marx
Seitenzahnbrücken aus hochfester Strukturkeramik.
In: Dtsch. Zahnärztl. Z. 54 (1999) 9: 545-550.
J. Tinschert, G. Natt, A. Jorewitz, H. Fischer,
H. Spiekermann, R. Marx
Belastbarkeit vollkeramischer Seitenzahnbrücken
aus neuen Hartkern-Keramiken.
In: Dtsch. Zahnärztl. Z. 55 (2000) 9: 610-616.
J. Tinschert, D. Zwez, R. Marx, K. Anusavice
Structural Reliability of alumina, feldspar, leucite,
mica and zirconia based ceramics.
In: J. of Dentistry 28 (2000): 529-535.
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