29.01.2015 Views

Framework management - AmannGirrbach AG

Framework management - AmannGirrbach AG

Framework management - AmannGirrbach AG

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

the better way to<br />

„Ever since<br />

I’ve been using<br />

Ceramill, my<br />

creativity in<br />

terms of zircon<br />

dental prostheses<br />

has no limits<br />

anymore. “<br />

Name: Serge Grynfas | Location: Paris,<br />

France | Profession: Prothesiste Dentaire<br />

(Dental Technician), Master-Diplom<br />

Labor: Laboratoire Dentaire Serge<br />

Grynfas | Info: Serge Grynfas is a mastergratuated<br />

and long experienced dental<br />

technician with an own laboratory in<br />

Paris. He is specialized in esthetics, prothetic<br />

on implants and new technologies.<br />

Grynfas collaborated and collaborates<br />

with several international companies for<br />

the development and the promotion of<br />

technics and products.<br />

<strong>AmannGirrbach</strong> <strong>Framework</strong> <strong>management</strong><br />

F | 1


<strong>Framework</strong> <strong>management</strong><br />

Zircon<br />

<strong>Framework</strong> <strong>management</strong><br />

Method – Product – Know-how<br />

Zircon<br />

Production of high-precision zircon frameworks<br />

<strong>Framework</strong> Management Zircon is a method for the simple, safe,<br />

cost-optimised and high-precision production of zircon dental<br />

prostheses in your own laboratory and with personal trademark of<br />

the technician.<br />

+<br />

The advantages of <strong>Framework</strong> Management<br />

+ Cost and time-optimised framework production<br />

_ Low investment costs, rapid payout<br />

_ The whole added value remains in your own<br />

laboratory<br />

_ Repeated milling operations are avoided due to<br />

the possibility of monitoring during the whole<br />

production process<br />

+ Error avoidance and quality assurance<br />

_ Controllable fitting due to variably adjustable<br />

enlargement factor allows for the implementation<br />

of complex and intricate restorations<br />

(range of indications not limited)<br />

_ Autodidactic error identification and error<br />

reduction at any point of the production process<br />

+ Convenience<br />

_ Well-known procedure and easy handling<br />

_ Individual design of final results possible<br />

_ Minimum training<br />

_ No cost-intensive additional know-how<br />

required (PC)<br />

F | 2


Zircon<br />

<strong>Framework</strong> <strong>management</strong><br />

From modelling to the finished high-precision zirconium-oxide<br />

framework and the application using the Ceramill system<br />

1<br />

2<br />

3<br />

4<br />

Starting situation- model in the<br />

articulator Artex ® CR<br />

Isolation of the stump with<br />

Ceramill Sep<br />

Gradual application of the cap up to<br />

1 mm above the preparation marking<br />

with Ceramill Gel<br />

Intermediate polymerisation of the<br />

cap with Ceramill UV<br />

5<br />

6<br />

7<br />

8<br />

Closing the occlusion area with<br />

Ceramill Gel<br />

Intermediate polymerisation of the<br />

cap with Ceramill UV<br />

Intermediate polymerisation of the<br />

cap with Ceramill UV<br />

Modelling the edge of the cap with<br />

Ceramill Gel<br />

9<br />

10<br />

11<br />

12<br />

Final polymerisation with<br />

Ceramill UV<br />

Removal of the cap<br />

Checking the wall thickness of the<br />

cap by means of sensor<br />

Modelling the anatomically reduced<br />

shape with Ceramill Gel in the articulator<br />

and subsequent polymerisation<br />

13<br />

14<br />

15<br />

16<br />

Positioning the cap on the holding<br />

plate and marking the connectors<br />

Milling out the holding plate to create<br />

space for fixing the caps<br />

Levelling the connectors of the<br />

holding plate<br />

Shape Putty to a small wall on the<br />

positioning aid<br />

F | 4


<strong>Framework</strong> <strong>management</strong><br />

Zircon<br />

49<br />

50<br />

51<br />

52<br />

Drying the remaining liquid on the<br />

inner side of the cap with pulp<br />

Placing the caps from the occlusion<br />

onto the sintering beads<br />

Opening the Ceramill Therm furnace<br />

Positioning the sintering bowl in the<br />

firing chamber of the furnace<br />

53<br />

54<br />

55<br />

56<br />

Closing the furnace<br />

Starting the firing program<br />

Firing program completed<br />

Removing the sintering bowl from<br />

the furnace after cooling off<br />

57<br />

58<br />

59<br />

60<br />

Sintered caps on the sintering bed<br />

Painting the stump with<br />

Ceramill Marker<br />

1. fitting check, placing the cap onto<br />

the stump<br />

Imperfections in the cap<br />

61<br />

62<br />

63<br />

64<br />

Grinding the imperfections with<br />

water-cooled turbine<br />

Finishing of the cap, grinding the<br />

edge of the cap with water-cooled<br />

turbine<br />

Checking the wall thickness of the<br />

cap with a sensor<br />

Cap on the model in the articulator<br />

Artex ® CR<br />

F | 7


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

Method – Product – Know-how<br />

Metal<br />

Production of high-precision metal frameworks<br />

<strong>Framework</strong> Management Metal is a method for producing high-precision<br />

metal frameworks – form modelling to the finished cap.<br />

Coordinated materials in combination with out know-how transfer<br />

offer you a production technique allowing for the time-optimised<br />

production of perfectly-fitting metal restorations.<br />

+<br />

The advantages of <strong>Framework</strong> Management<br />

+ Reliable<br />

_ The coordination of material and metering unit<br />

guarantees reproducible results and automated<br />

processes<br />

_ Constant rate of expansion for precise fitting<br />

due to adjustable cooling of the components<br />

+ Flexible<br />

_ Can be used for a wide range of indications<br />

such as inlays, crowns, bridges, model casting,<br />

press ceramics or telescopic crown technology<br />

+ Simple<br />

_ Outstanding material properties with respect to<br />

melting quality, modelling and polishability of<br />

the alloys by controlling the expansion of the<br />

investments<br />

_ Easy programming without previous experience<br />

_ Metering at the touch of a button<br />

F | 8


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

method<br />

Systems and products<br />

Starting situation: model in the<br />

articulator Artex ® CR. The stumps<br />

are removed, isolated and the<br />

wax cap produced.<br />

F | 29<br />

<br />

_Duo-option, i. e. two different<br />

handpieces are ready for use<br />

at the same time<br />

_Simple, easy and safe tool<br />

change during operation<br />

_Tools are ready for use and<br />

heated up quickly<br />

The anatomically reduced shape<br />

is modelled in the articulator,<br />

using the modelling unit Smartwax<br />

Duo.<br />

After having fixed the caps, the<br />

investment Giroinvest Super is<br />

metered with the Smartbox Invest<br />

and mixed with the Smartmix.<br />

F | 30<br />

_Precise, reproducible results due<br />

to automated metering and constant<br />

cooling of the components<br />

_Saves time and material<br />

_Metering at the touch of a button<br />

due to easy programming of the<br />

50 user-defined program<br />

storage locations<br />

The caps are subsequently invested;<br />

the completely hardened<br />

mold is preheated and casted with<br />

the Girobond Soft alloy.<br />

After having removed the casted<br />

caps, the sprues are removed and<br />

linished.<br />

F | 32<br />

F | 37<br />

<br />

_Universal investment suitable for<br />

a wide range of indications due<br />

to stepless expansion from 1.2 to<br />

4.0 vol %<br />

_Phosphate-bonded precision<br />

investment material for model<br />

casting<br />

F | 34<br />

F | 35<br />

F | 36<br />

After fitting on and finishing of<br />

the caps, they are controlled in<br />

the articulator Artex ® CR.<br />

_3 Alloys for the whole spectrum<br />

of crown and bridge works as well<br />

as removable dental prostheses<br />

Know-how<br />

Digital manual<br />

A manual describing every individual step of the method in detail. Available online for registered customers soon.<br />

<strong>Framework</strong> Management consulting<br />

Our product specialists train your whole laboratory personnel and guarantee quick success in implementing the method.<br />

Courses for the <strong>Framework</strong> Management method K | 4<br />

F | 9


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

From modelling to the finished high-precision metal framework and the application<br />

using the Smartbox Invest as well as the <strong>AmannGirrbach</strong> investments and alloys<br />

1<br />

2<br />

3<br />

4<br />

Starting situation – model in the<br />

articulator Artex ® CR<br />

Isolation of the stump with<br />

Giroform ® Die Link Lube<br />

Immersing the stump into a wax bath<br />

Trimming of the immersed cap above<br />

the preparation marking by means of<br />

modelling instrument<br />

5<br />

6<br />

7<br />

8<br />

Completing the edge with cervical<br />

wax by means of the modelling unit<br />

Smartwax Duo<br />

Removing the superfluous edges by<br />

means of modelling instrument<br />

Checking the wall thickness of the<br />

cap by means of wax sensor<br />

Modelling the anatomically reduced<br />

shape in the articulator<br />

9<br />

10<br />

11<br />

12<br />

Fixing the sprue from the palatine<br />

to the cap<br />

Fixing the cap together with the<br />

sprue on the mold plate<br />

Weighing the investment Giroinvest<br />

Super with the Smartbox Invest<br />

Mixing the investment Giroinvest<br />

Super with the Smartmix<br />

13<br />

14<br />

15<br />

16<br />

Filling the investment into the mold<br />

Removing the casting ring and the<br />

mold plate after the investment has<br />

completely hardened<br />

Placing the mold with the tongs into<br />

the preheating furnace<br />

Selecting and starting a preheating<br />

program of the furnace<br />

F | 10


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

17<br />

18<br />

19<br />

20<br />

Removing the preheated mold from<br />

the furnace by means of the tongs<br />

Placing the mold and the crucible<br />

with the Girobond Soft alloy into the<br />

casting centrifuge and casting<br />

Removing the casted mold from the<br />

casting centrifuge<br />

Removing the mold by means of a<br />

hammer, at first cooling off the mold<br />

with some water, if necessary<br />

21<br />

22<br />

23<br />

24<br />

Sandblasting the removed objects<br />

Cutting the removed objects by<br />

means of a cutting wheel<br />

Rough linishing of the sprues with a<br />

rough grinding tool<br />

Checking the wall thickness of the<br />

cap by means of sensor<br />

25<br />

26<br />

27<br />

28<br />

Suffusing the stump with a contact<br />

paste such as Ceramill Marker or an<br />

occlusion spray<br />

1. fitting check, placing the cap onto<br />

the stump<br />

Removing the imperfections in the<br />

cap by means of a fine milling cutter<br />

2. fitting check of the caps on the<br />

stumps<br />

29<br />

30<br />

31<br />

32<br />

Checking the occlusions in the<br />

articulator and grinding the imperfect<br />

areas<br />

Finishing of the cap edge and the<br />

whole cap<br />

Sandblasting the finished cap<br />

Cap on the model in the articulator<br />

Artex ® CR<br />

F | 11


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

F | 13


Zircon<br />

<strong>Framework</strong> <strong>management</strong><br />

Whatever the casting requirement in dental technology, there<br />

is now a complete system with perfectly coordinated components.<br />

Zirconium oxide is a high-performance material at the disposal<br />

of the dental laboratory for the production of ceramic<br />

crowns, bridges and retainers. It is notable for extremely<br />

high bio-compatibility, optimal visual quality and impressive<br />

resistance to bending stresses.<br />

Until now, these advantages were only available to high-end<br />

dental laboratories.<br />

The new Ceramill System makes it possible for all dental<br />

technicians to achieve this added value in-house. The most<br />

recent innovation from the <strong>AmannGirrbach</strong> company makes<br />

use of the very latest copy milling techniques, so that you<br />

can produce your own zirconium oxide retainers.<br />

In your own laboratory, within a small space, to the<br />

highest precision standards – with low investment and<br />

extremely low costs per unit.<br />

F | 14


Zircon<br />

<strong>Framework</strong> <strong>management</strong><br />

Ceramill System-components<br />

Light-hardening modelling synthetics for crowns and<br />

intermediate bridge elements<br />

_ Cap modelling: Ceramill Gel (green) is of free-flowing<br />

consistency for simple dosage and application<br />

_ Intermediate bridge elements: Ceramill Pontic (blue) has a<br />

malleable consistency for rapid, individual shaping<br />

_ Low shrinkage for high precision and faster work<br />

+<br />

Polymerisation lamp with motion sensor for rapid, reliable<br />

hardening of modelling synthetics<br />

_ Proximity on/off switch for convenient use and freedom<br />

from glare<br />

_ Wavelength carefully matched to synthetic material for reliable<br />

polymerisation<br />

_ Audible signal at end of controlled polymerising time<br />

means that polymerisation can be accurately reproduced<br />

+<br />

High-precision, light-action parallel milling tool for<br />

high-performance ceramics<br />

_ Rustles milling tool for post-machining of hardened<br />

ceramics, with a patented double-joint milling arm<br />

_ Can be connected via an adapter to any normally<br />

available laboratory turbine<br />

_ Detachable splash guard for efficient results without<br />

risk of contamination<br />

+<br />

F | 18


<strong>Framework</strong> <strong>management</strong><br />

Zircon<br />

Ceramill System-components<br />

High-precision, long-life sensing and milling<br />

tools for cost-effective machining of Ceramill blanks<br />

_ Efficient, economically viable processing of Ceramill blanks,<br />

with long working life and optimal milling geometry<br />

_ Available in 1.2 mm, 2 mm and 3 mm sizes, and additional<br />

special patterns<br />

_ Material removal and dust removal are optimally controlled<br />

due to the tool geometry tailored to the material<br />

_ Extensive assortment of milling cutters for the <strong>management</strong><br />

of a wide range of indications<br />

+<br />

Item no. Description Geometry sketch Area of application<br />

760801<br />

760701<br />

760831<br />

760731<br />

760821<br />

760721<br />

760811<br />

760711<br />

760809<br />

760709<br />

760851<br />

760751<br />

760840<br />

760740<br />

760891<br />

760791<br />

760892<br />

760792<br />

760861<br />

760761<br />

760871<br />

760771<br />

760881<br />

760781<br />

760830<br />

760730<br />

760820<br />

760720<br />

Ceramill Ceramill Roto T4<br />

Roto T4<br />

Ceramill Roto T4<br />

Ceramill Ceramill Roto F4<br />

Roto F4 T4<br />

Ceramill Roto F4<br />

Ceramill Roto T4<br />

Ceramill Roto F4<br />

Ceramill Roto T4<br />

Ceramill Ceramill Roto T3<br />

Roto T3 F4 T4<br />

Ceramill Roto T3<br />

Ceramill Ceramill Roto F3<br />

Roto F4<br />

Ceramill Roto F3 T3 F4<br />

Ceramill Roto F3<br />

Ceramill Roto T3<br />

Ceramill Roto F3<br />

Ceramill Roto T2 T3<br />

Ceramill Ceramill Roto T2<br />

Roto F3 T2 T3<br />

Ceramill Roto F3<br />

F2 T2<br />

Ceramill Ceramill Roto F2 Roto F3 F2<br />

Ceramill Roto T2<br />

Ceramill Roto F2<br />

Ceramill Roto T2<br />

Ceramill Roto T1,2 F2 T2<br />

Ceramill Roto T1,2<br />

Ceramill Ceramill Roto T Roto 1.2<br />

F2<br />

Ceramill Roto F1,2 T1,2 F2<br />

Ceramill Roto F1,2<br />

Ceramill Roto T1,2<br />

Ceramill Roto F 1.2<br />

Ceramill Roto F1,2<br />

Ceramill Roto T0,9 T1,2<br />

Ceramill Roto T0,9 F1,2 T1,2<br />

Ceramill Roto T0,9 F1,2<br />

Ceramill Roto T0,9 F1,2<br />

Ceramill Ceramill Roto T Roto 0.9T0,9<br />

Ceramill Roto T0,9<br />

Ceramill Roto T0,9<br />

Ceramill Ceramill Roto F Roto 0.9T0,6<br />

T0,9<br />

Ceramill Roto T0,6<br />

Ceramill Roto T0,9<br />

Ceramill Roto F0,6 T0,6 T0,9<br />

Ceramill Roto F0,6<br />

Ceramill Roto T0,6<br />

Ceramill Ceramill Roto T Roto 0.6<br />

F0,6<br />

Ceramill Roto CT2 T0,6<br />

Ceramill Roto CT2 F0,6 T0,6<br />

Ceramill Ceramill Roto F Roto 0.6<br />

CF2 CT2 F0,6<br />

Ceramill Roto CF2 F0,6<br />

Ceramill Roto CT2<br />

Ceramill Roto CF2<br />

Ceramill Roto CT2<br />

Ceramill Ceramill Roto CT Roto 2CF2<br />

CT2<br />

Ceramill Roto CF2<br />

Ceramill Ceramill Roto CF Roto 2CF2<br />

Ceramill Roto KT2,5<br />

Ceramill Roto Ceramill KT Roto 2.5 KT2,5 KF2,5<br />

Ceramill Roto Ceramill KF Roto 2.5 KF2,5<br />

KT2,5<br />

KT2,5<br />

Ceramill Roto KT2,5<br />

1.8<br />

Ceramill Roto KF2,5<br />

KF2,5<br />

Ceramill Roto KT KF2,5<br />

1.8<br />

Ceramill Roto KT 1.8<br />

Ceramill Roto KF<br />

KT<br />

KT ST2<br />

1.8<br />

1.8<br />

Ceramill Roto Ceramill KF Roto 1.8KT 1.8<br />

KF 1.8<br />

Ceramill Roto ST2 KF SF2 KT2,5 1.8<br />

Ceramill Roto KF 1.8<br />

Ceramill Roto Ceramill ST Roto 2 SF2<br />

ST2<br />

ST2 KF2,5<br />

Ceramill Roto ST2 ST1,2<br />

Ceramill Roto Ceramill SF Roto 2<br />

SF2<br />

SF2<br />

Ceramill Roto<br />

ST1,2 SF2 SF1,2 KT 1.8<br />

SF1,2<br />

Ceramill Roto Ceramill<br />

ST Roto<br />

1.2ST1,2<br />

KF 1.8<br />

Ceramill Roto ST0,6<br />

Ceramill Roto Ceramill SF Roto 1.2SF1,2<br />

ST2<br />

Ceramill Roto ST0,6 SF1,2 SF0,6<br />

Ceramill Roto SF2<br />

Ceramill<br />

Ceramill Roto<br />

Roto SF0,6<br />

ST0,6<br />

ST0,6<br />

Ceramill Roto Ceramill ST Roto 0.6 UT2 ST0,6<br />

Ceramill Roto SF0,6<br />

SF0,6 ST1,2<br />

Ceramill Roto Ceramill SF Roto 0.6 UT2 SF0,6 UF2<br />

Ceramill Roto SF1,2<br />

Ceramill<br />

Ceramill<br />

Roto<br />

Roto UT2<br />

UT2 UF2<br />

UT2<br />

Ceramill Roto Ceramill UT Roto 3 UT3<br />

Ceramill Roto UF2<br />

UF2 ST0,6<br />

UF2<br />

Ceramill Roto Ceramill UF Roto 3 UT3 UF3<br />

Ceramill Roto SF0,6<br />

Ceramill<br />

Ceramill Roto<br />

Roto UF3<br />

UT3<br />

UT3<br />

Ceramill Roto UT3<br />

Ceramill Roto Ceramill<br />

Ceramill UT Roto<br />

Roto 2UT2<br />

UF3<br />

UF3<br />

Ceramill Roto UF3<br />

Ceramill Roto Ceramill UF Roto 2UF2<br />

Ceramill Roto KT2,5<br />

Tools with face Ceramill radius Roto KT2,5 for rapid, rough removal of material (“roughing”).<br />

Ceramill Roto KF2,5 KT2,5<br />

Ceramill Roto KF2,5<br />

Ceramill Roto KT2,5<br />

Ceramill Roto KF2,5<br />

Ceramill Roto KT2,5<br />

1.8<br />

Standard tools Ceramill (face Roto radius) KF2,5 KT2,5 1.8 for removing material to create the framework<br />

shape Ceramill and machine Roto KT KF2,5<br />

1.8 the rough outline.<br />

Ceramill Roto KF2,5 1.8<br />

Ceramill Roto KT 1.8<br />

Ceramill Roto ST2 KF 1.8<br />

Ceramill Roto ST2 KT 1.8<br />

Standard tools Ceramill (face Roto radius) KF KT 1.8 for the machining of areas for which the<br />

Ceramill Roto SF2 ST2<br />

Ceramill Roto SF2 KF 1.8<br />

diameter of Ceramill the T/F3 Roto tools ST2 KF 1.8 is too large and too the diameter of the T/F1.2<br />

Ceramill Roto SF2<br />

tools is too small, Ceramill e.g. Roto deep ST1,2 ST2 front teeth crowns.<br />

Ceramill Roto ST1,2 SF2 ST2<br />

Ceramill Roto SF1,2 ST1,2 SF2<br />

Standard tools Ceramill (face Roto radius) SF1,2 SF2 for finishing of details, e.g. incisal/occlusal<br />

Ceramill Roto ST1,2<br />

Ceramill Roto SF1,2<br />

areas and crown Ceramill edges. Roto ST0,6 ST1,2 Most of the crown and bridge works can be<br />

Ceramill Roto ST0,6 SF1,2 ST1,2<br />

rendered by means Ceramill of Roto this tool.<br />

SF0,6 ST0,6 SF1,2<br />

Ceramill Roto SF0,6 SF1,2<br />

Ceramill Roto ST0,6<br />

Tool with face Ceramill Roto SF0,6<br />

Ceramill radius Roto for UT2 ST0,6 intricate geometries such as e.g. incisal areas in<br />

Ceramill Roto UT2 SF0,6 ST0,6<br />

case of long front teeth UT2<br />

crowns. Can also be used as oversize or undersize<br />

tool in combination Ceramill Roto UF2 SF0,6<br />

Ceramill Roto UF2 SF0,6<br />

Ceramill Roto UT2 with the 1.2 or 0.6 tools.<br />

Ceramill Roto UF2<br />

Ceramill Roto UT2<br />

UT3<br />

Ceramill Roto<br />

Thin tool with face UT2<br />

radius UT3 UF2 for particularly intricate geometries, e.g.<br />

Ceramill Roto UF3 UT3<br />

UF2<br />

incisal surfaces Ceramill<br />

Ceramill of Roto<br />

Roto long UF3<br />

UF2 front teeth crowns, inlays, adhesive bridges,<br />

Ceramill Roto UT3<br />

veneers and Ceramill Roto UF3<br />

Ceramill the like. Roto UT3<br />

Ceramill Roto UF3 UT3<br />

Ceramill Roto UF3<br />

2° -tapered Ceramill tool for Roto machining UF3 conical surfaces, e.g. conical crowns and<br />

other conical support elements.<br />

Ball tool for processing undercuts without having to turn/tilt the work<br />

piece.<br />

Fine ball tool for machining tubes and undercuts, without having to<br />

turn/tilt the work piece.<br />

Wools without face radius (shank-type tools) are employed for special<br />

applications, e.g. implant techniques, bar construction and the like.<br />

Shank-type tools with a medium diameter for milling special geometries,<br />

e.g. for implant techniques.<br />

Thin shank-type milling cutter for particularly intricate geometries.<br />

Conical tools with a diameter of 3 mm for machining sharp-edged undercuts<br />

and sharp edges in fine bores.<br />

Conical tools with a diameter of 2 mm for machining sharp-edged<br />

undercuts and sharp edges in fine bores.<br />

Ceramill Roto UT3<br />

Ceramill Roto UF3<br />

F | 19


Zircon<br />

<strong>Framework</strong> <strong>management</strong><br />

Ceramill System-components<br />

Zircon does not equal zircon – Quality assurance and<br />

testing of zirconium oxide blanks at <strong>AmannGirrbach</strong><br />

For several years now, zirconium oxide has been remarkably<br />

popular as a new material in prosthetic dentistry, and has been<br />

acclaimed not only by health professionals and technicians,<br />

but also by patients.<br />

Zirconium oxide can be processed in pre-sintered condition,<br />

which gives more and more users the opportunity to manufacture<br />

cost-efficient and precise dental frame works with manual<br />

copy milling machines in their own laboratories. However, zirconium<br />

oxide blanks of consistent quality are a prerequisite<br />

that largely affects the final result.<br />

Even when the material on the market is referred to as being<br />

“the same”, this does not mean that all available zirconium oxide<br />

materials are identical. The manufacturing process is of crucial<br />

importance, especially as far as mechanical and optical properties<br />

are concerned.<br />

The manufacturing process determines the quality – which is the<br />

decisive factor for us to opt for in-house production of Ceramill<br />

blanks. We thereby maintain quality assurance during all procedures<br />

as well as consistently high material standards.<br />

Quality assurance and testing of zirconium<br />

oxide blanks at <strong>AmannGirrbach</strong><br />

Already during the manufacturing process, Ceramill zirconium<br />

oxide blanks are subjected to stringent testing according to<br />

standardised parameters. As a result of continuous quality<br />

assurance before, during and after production, <strong>AmannGirrbach</strong><br />

permanently maintains its high quality standards of in-house<br />

production. Initially, the powdered raw material is therefore<br />

meticulously examined and the following properties are analysed:<br />

_Green density<br />

_White density<br />

_Final density<br />

_Bending strength<br />

_Vickers hardness<br />

_Enlargement factor (sintering shrinkage)<br />

_Porosity<br />

_Visual examination<br />

Bending strength [MPa]<br />

1400<br />

1200<br />

1000<br />

800<br />

600<br />

400<br />

200<br />

0<br />

Glass ceramics<br />

Empress Empress 2 InCeram<br />

Alumina<br />

infiltration<br />

ceramics<br />

InCeram<br />

Zirconia<br />

oxide ceramics<br />

Lava Frames Ceramill ZI<br />

Blanks<br />

Digizon<br />

Y-TZP A HIP<br />

This constitutes the basis for optimum adjustment and control<br />

of manufacturing processes. Green density, white density<br />

and the enlargement factor are subsequently also repeatedly<br />

adjusted during the running production of each blank batch.<br />

F | 20


Zircon<br />

<strong>Framework</strong> <strong>management</strong><br />

Ceramill System-components<br />

Fully-automated, high-performance furnace for<br />

the final sintering of non-distorting frameworks<br />

The new Ceramill Therm<br />

offers the user not only a new<br />

and more compact design but<br />

also a high-temperature furnace<br />

with extended features.<br />

The milled Ceramill zirconiumoxide<br />

frameworks are densesintered<br />

with the Ceramill<br />

Therm and thus obtain their<br />

final density and the resulting<br />

excellent material properties.<br />

For sintering, the objects are<br />

placed onto sintering beads,<br />

which ensures a frictionless<br />

sintering process and thus<br />

distortion-free frameworks.<br />

The Ceramill Therm offers<br />

maximum process reliability<br />

due to constant temperature<br />

control, even temperature<br />

distribution in the firing<br />

chamber and notification in<br />

case of termination of the<br />

sintering programme due to<br />

e.g. power failure. As a result<br />

of this, the user is able to<br />

safely control if the final<br />

density and thus strength of<br />

the frameworks has been<br />

achieved.<br />

The user has 4 sintering<br />

programme locations at his<br />

disposal; one of them can be<br />

individually programmed.<br />

Available from June 2008<br />

_ Maximum process reliability due to constant temperature control, even temperature<br />

distribution in the firing chamber and notification in case of termination of the sintering<br />

programme<br />

_Maximum process reliability due to optimally coordinated, fully-automated sintering<br />

programmes for different restoration sizes<br />

_ 4 sintering programme locations; one of them individually programmable by the user<br />

_ 2 stackable sintering bowls for maximum utilisation of the furnace<br />

_ Minimum required space and installation time (supply required)<br />

+<br />

For maximum utilisation of the<br />

furnace, the Ceramill Therm<br />

exhibits a large firing chamber,<br />

in which 2 sintering bowls can<br />

be stacked on each other and<br />

thus the double amount of<br />

frameworks can be sintered in<br />

one cycle.<br />

F | 22


<strong>Framework</strong> <strong>management</strong><br />

Zircon<br />

Ceramill System-components<br />

Perfect esthetics<br />

Easy, safe and time-saving processing up to the perfectly shaped tooth.<br />

Anterior bridge on the model with the corresponding<br />

synthetic model in the holding frame<br />

© Norbert Asmus, <strong>AmannGirrbach</strong> <strong>AG</strong><br />

Anchored dentures, with snap-fastener, coated<br />

© Laboratoire Dentaire Serge Grynfas<br />

Veneered anterior single crowns made<br />

of zircon-oxide<br />

© Laboratoire Dentaire Peter Biekert<br />

12-sectioned bridge<br />

© Falko Noak, <strong>AmannGirrbach</strong> <strong>AG</strong><br />

Maryland bridge<br />

© Norbert Asmus, <strong>AmannGirrbach</strong> <strong>AG</strong><br />

10-sectioned bridge<br />

© Laboratoire Dentaire Serge Grynfas<br />

Abutment<br />

© Laboratoire Dentaire Serge Grynfas<br />

Front teeth single cap<br />

© Laboratoire Dentaire Serge Grynfas<br />

Implant-supported bar construction<br />

© Laboratoire Dentaire Serge Grynfas<br />

Dividing bridge<br />

© Laboratoire Dentaire Serge Grynfas<br />

Dividing bridge<br />

© Laboratoire Dentaire Serge Grynfas<br />

F | 23


<strong>Framework</strong> <strong>management</strong><br />

Zirkon | Metall<br />

casting simplicity<br />

F | 25


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

casting simplicity<br />

For all types of casting works, dental technology has a complete system<br />

with perfectly coordinated components at its disposal.<br />

For all types of casting works, dental technology has a complete<br />

system with perfectly coordinated components at its<br />

disposal. In the casting technology, the final results depend<br />

to a substantial extent on the used materials as well as the<br />

processing methods. To obtain optimal and reproducible<br />

results, a system with perfectly coordinated individual components<br />

suggests itself.<br />

With the Giroinvest investments, the Smartbox Invest as<br />

well as the CoCr-alloys for crown, bridge and model casting<br />

works, dental technology has such a system at its disposal.<br />

A complete system suitable for all indications, delivering<br />

exact and high-quality results at any time.<br />

More quality and fewer mistakes, less time consumption,<br />

less material consumption, less dust and waste.<br />

F | 26


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

casting simplicity<br />

The coordination of material and mixing unit guarantees reproducible results<br />

and automates processes.<br />

Smartwax Duo<br />

Smartbox Invest<br />

Girobond NBS<br />

Noflame Plus<br />

Girobond CBS<br />

Giroinvest Super<br />

Girocrom FH+Giroinvest Speed<br />

+<br />

THE Benefits at a glance<br />

+ Smartbox Invest<br />

_Precise, automatic measuring of investment, liquid and distilled water<br />

_Reproducible results with maximum precision – whatever the time of year<br />

+ Girobond CBS<br />

_Low hardness of 185 HV10 ensures quick and easy processing<br />

+ Girobond NBS<br />

_Optimum metal-ceramic bond<br />

_Outstanding corrosion resistance<br />

+ Girocrom FH<br />

_Optimum malleability for fracture-proof appliances<br />

+ Giroinvest Super<br />

_Universal, low-cost and easy to use<br />

+ Giroinvest Speed<br />

_Delivers smooth casting surfaces and ensures excellent fit<br />

F | 27


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

casting simplicity<br />

The “electric Bunsen burner” in the form of<br />

compact induction heating replaces the open flame<br />

Within seconds, the modelling<br />

instrument is heated up in<br />

the coil opening at very low<br />

power consumption.<br />

To be used at any place<br />

where an electric socket is<br />

available.<br />

_ Mobile and immediately operational, no gas required<br />

_ Handling as usual, no adjustment required<br />

_ Eliminates the risks of getting burned or causing fire<br />

_ No heat emission into the environment; does not consume oxygen<br />

_ Clean, i.e. no soot particles on instrument and/or material<br />

_ Saves 75 % of energy expenses; saves the environment<br />

_ Ideal conditions, to be used even at the dental office<br />

+<br />

Within seconds, the modelling<br />

instrument is heated in the coil<br />

opening<br />

Replaceable protective caps keep<br />

the coil opening clean<br />

F | 28


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

casting simplicity<br />

Efficient modeling station for working with two handpieces<br />

This unit is suitable for all<br />

kinds of modeling and wax-up<br />

work and is unbeatable in<br />

combination with the Waxjet<br />

when making full dentures.<br />

For each handpiece, 3 different<br />

temperatures within the<br />

range of 50-220°/122-428 F<br />

can be programmed and<br />

simply switched over. This<br />

improves the soft and above<br />

all stress-free treatment of<br />

the various types of waxes.<br />

In doing so, the excellent<br />

thermal conductivity of the<br />

instrument alloy used for the<br />

probes (more than 20 times<br />

the thermal conductivity of<br />

stainless steel) plays an<br />

important role as well.<br />

_ Duo-option, i.e. two different handpieces are ready for use<br />

at the same time<br />

_ 3 individually programmable temperatures for each handpiece<br />

_ Simple and safe exchange mechanism of the modeling tips<br />

_ Fast operational and heated instruments<br />

_ Anti-twist cables that are insensitive to heat<br />

_ Gold plated copper tips for better heat conductivity<br />

+<br />

Change of probes without the<br />

risk of burns – snap on, snap off<br />

Simple adjustment of individual<br />

working temperature<br />

F | 29


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

casting simplicity<br />

Optimal precision, processing reliability, ease of use –<br />

it‘s never been easier to mix the investment material perfectly.<br />

The material cannot<br />

be affected by moisture<br />

Closed system<br />

Economical large containers<br />

for less waste<br />

4 kg capacity for<br />

investment material<br />

Constant expansion control<br />

for precise fit<br />

Component temperature<br />

adjustable between 16 – 25°<br />

No dust exposure<br />

External exhaust<br />

can be connected<br />

Simple programming without<br />

Any previous experience<br />

50 user-defined programs<br />

Measuring at the<br />

touch of a button<br />

Multi-function button<br />

Maximum precision through<br />

accurate coordination<br />

of all components<br />

Automatic measuring of<br />

investment material, liquid, water<br />

All sizes of mixing beaker<br />

easy to use<br />

Adjustable beaker height<br />

F | 30


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

One press of the button is all that is needed to<br />

start the automatic measuring of all three components<br />

Opening of the fluid container and<br />

filling of the investment compound<br />

liquid. The integrated level indicator<br />

ensures that fluids are available.<br />

The ability to fill large containers<br />

makes it unnecessary to slit open<br />

invest-ment bags<br />

+ Process reliability<br />

_Automatic measuring of all components<br />

_Constant in processing time, consistency and expansion parameters<br />

+ Quality<br />

_Reproducible results at any time of the year<br />

_Precise results with proven measuring technology<br />

+ Control / Use<br />

_Simple programming, operation at the touch of a button<br />

_Complete system easy to use<br />

+ Economical<br />

_Time saving due to manual processing steps no longer necessary<br />

_Use of more cost-efficient large containers<br />

+ Flexibility<br />

_Measuring the precise amount of investment material required<br />

_Simple adjustment for all mixing beaker sizes<br />

+ Environmentally friendly<br />

_Less waste through large containers<br />

_Reduction in the amount of fine dust<br />

+<br />

The multifunction head ensures<br />

optimal user convenience in program<br />

selection<br />

F | 31


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

casting simplicity<br />

A precise and controllable universal investment with<br />

a wide scope of expansion (1.2 to 4.0 percent by volume)<br />

Unique:<br />

Giroinvest Super is an investment<br />

suitable for a wide<br />

range of applications. It can<br />

be used for crown and bridge<br />

works, high-gold-bearing,<br />

precious metal and nonprecious<br />

metal alloys. Not<br />

only the work becomes noticeably<br />

easier and more<br />

efficient during the use of<br />

this investment; storage is<br />

considerably facilitated as well.<br />

By changing the mixing ratio<br />

of water and liquid, the<br />

expansion range can be variably<br />

adjusted from 1.2 to 4.0<br />

vol %. The precise adjustability<br />

in the lower and upper<br />

expansion area makes this<br />

investment perfectly suitable<br />

for press ceramics as well as<br />

non-precious metal alloys.<br />

Giroinvest Super can be easily<br />

removed due to its finegrained,<br />

clean and smooth<br />

surface.<br />

_ For precious alloys<br />

_ For non-precious alloys<br />

_ For press ceramic<br />

_ For inlays, crowns, and bridges<br />

_ For conventional heating and shock-heat method<br />

_ Also suitable for ringless systems<br />

_ Extremely wide scope of expansion<br />

_ Neat and smooth casting surfaces<br />

_ Flexible and priceworthy use<br />

_ Reproducible casting results<br />

+<br />

Setting expansion in %<br />

3,0<br />

2,5<br />

2,0<br />

1,5<br />

1,0<br />

0,5<br />

0,0<br />

50 55 60 65 70 75 80 85 90 95 100<br />

Liquid concentration in %<br />

Smooth surface<br />

Ceramic inlays pressed with<br />

Giroinvest Super<br />

F | 32


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

casting simplicity<br />

Alloys<br />

All alloys at one sight<br />

CoCr-alloy NiCrMo-alloy CoCr-alloy Titanium alloy<br />

Bonding alloys<br />

Model casting alloys<br />

Product name Girobond NBS Girobond CBS Girocrom FH Girotan L<br />

Description<br />

The proven classical alloy:<br />

carbon-free CoCrMo bonding<br />

alloy<br />

Modern NiCrMo bonding alloy<br />

for crown and bridge work<br />

The ideal CoCr model casting<br />

alloy<br />

Modern Ti6Al7Nb-alloy with<br />

unique chemical and physical<br />

properties<br />

Features<br />

Technical/physical data<br />

_ Excellent laser welding _ low hardness (185 HV10)<br />

behavior, no risk of crack _ high strength<br />

development since carbonfree<br />

properties<br />

_ good melting and casting<br />

_ High homogeneity within _ carbon-free, thus perfectly<br />

the batches and good reproducibility<br />

thanks to the opti-<br />

suitable for laser welding<br />

mized production process<br />

_ Suitable for casting with any<br />

standard method<br />

_ Dense surface, good polishability,<br />

rich shine<br />

_ extra-hard quality, fractureresistant<br />

clasps<br />

_ suitable for modelling<br />

delicate frameworks<br />

_ easy to model and polish<br />

(fine-grained structure)<br />

_ carbon-free, thus perfectly<br />

suitable for laser welding<br />

_ wider spectrum of indications<br />

than pure titanium<br />

_ for crown and bridge works<br />

_ also for clasp dentures and<br />

suprastructures<br />

_ easy to machine and weld<br />

_ maximum biocompatibility<br />

_ low thermal conductivity<br />

and density<br />

Proof stress Rp 0,2 % [MPa] > 600 > 350 710 750<br />

Tensile strengtht Rm [MPa] > 840 > 580 920 850<br />

Modulus of elasticity E [GPa] 210 170 + – 20 225 110<br />

Elongation at rupture A [%] > 10 > 25 > 5 > 8<br />

Vickers hardness HV10 310 + – 10 185 + – 10 350 325<br />

Melting rangel Solidus [°C] 1350 1270 1346 1650<br />

Melting rangel Liquidus [°C) 1422 1356 1388<br />

Density [g/cm 3 ] 8,6 8,2 8,2 4,52<br />

CTE 25-500 °C [x 10 -6 K -1 ] 14,1 13,8 10,1<br />

Chemical composition in % by mass<br />

Co 62,4 Ni 63,5 Co 59 Ti 87<br />

Cr 25,5 Cr 24 Cr 32 AI 6<br />

Mo 5,1 Mo 10 Mo 6 Nb 7<br />

W 5,2 Si 1,3<br />

Si 1,1 Si 1,5<br />

Other < 1 % Nb, Fe, N Nb, Mn Mn, N, Nb, W<br />

All <strong>AmannGirrbach</strong> alloys are CE-certified and free of nickel, beryllium, gallium and carbon.<br />

Packs<br />

50 g Try-me package 781601 781641 721251<br />

1000 g Laboratory pack 781600 781640 721250<br />

764321<br />

(50 x 20 g Ingots)<br />

764341<br />

(25 x 40 g Ingots)<br />

F | 33


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

casting simplicity<br />

The safe bonding alloy with optimized<br />

mechanical values.<br />

Girobond ® NBS is a trailblazing<br />

bonding alloy for the<br />

crown and bridge technique.<br />

The specific composition of<br />

this CoCrMo alloy, with fine<br />

admixtures but no carbon<br />

content, provides optimum<br />

properties for outstanding<br />

results.<br />

Hardness HV10<br />

Comparison of hardness between<br />

Girobond ® NBS and conventional<br />

non-percious bonding alloys<br />

Girobond ® NBS metal framework with<br />

porcelain facing<br />

Dental lab Müssle, Pforzheim/<br />

Germany<br />

340<br />

330<br />

320<br />

310<br />

Girobond ®<br />

NB<br />

Alloy<br />

A<br />

Alloy<br />

B<br />

Comparison of the tensile bond<br />

strength of metals and ceramics<br />

Requirement in accordance<br />

with ISO 9693<br />

50<br />

40<br />

30<br />

20<br />

10<br />

0<br />

According to<br />

ISO 9693<br />

Girobond ®<br />

NBS<br />

Crack initiation firmness (MPa)<br />

_ CrMo bonding alloy for the crown and bridge technique, free of nickel and beryllium<br />

_ Excellent laser welding behavior, no risk of crack development since carbon-free<br />

_ Also suitable as universal alloy for model-casting clasp dentures, wide-span telescopic<br />

cases, and delicate suprastructures<br />

_ High homogeneity within the batches and good reproducibility thanks to the optimized<br />

production process<br />

_ Suitable for casting with any standard method<br />

_ Good controllability of the melting and casting process<br />

_ Easy milling (310 HV10)<br />

_ Dense surface, good polishability, rich shine<br />

_ Completely unproblematic and safe facing with conventional facing porcelains which suit<br />

the coefficient of thermal expansion of Girobond®NBS 14.1 x 10 -6 K -1 (25-500°C)<br />

+<br />

Fine-grained struc ture of the niobium-dispersed<br />

CoC-Mo bonding alloy<br />

Girobond ® NBS (magnification 100:1)<br />

Coarse-grained structure of a conventional<br />

CoCrMo bonding alloy (magnification<br />

100:1)<br />

F | 34


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

casting simplicity<br />

Modern NiCrMo bonding alloy for crown and bridge work<br />

Carbon-free, type 3 NiCrMo<br />

bonding alloy for crowns and<br />

bridges. Due to the dispersion<br />

with Niobium, Girobond ® CBS<br />

is easy to polish.<br />

Biocompatible thanks to the<br />

high Mo content. According<br />

certificates are available.<br />

(www.amanngirrbach.com)<br />

Comparison of the metal<br />

to porcelain compound<br />

Requirement in accordance<br />

with ISO 9693<br />

50<br />

Girobond ® CBS metal framework<br />

with porcelain facing<br />

Dental lab Müssle, Pforzheim/Germany<br />

40<br />

30<br />

20<br />

10<br />

0<br />

According to<br />

ISO 9693<br />

Girobond ®<br />

CBS<br />

Crack initiation firmness (MPa)<br />

_ Carbon-free NiCrMo-bonding alloy for crown and bridge works (type 3)<br />

_ Good compatibility and reliability just like NBS, but softer (HV10 185) and thus<br />

easier to process<br />

_ Safe, easily workable, cost-effective material<br />

_ Optimised production process ensures high homogeneity<br />

_ Easy to cast by any method<br />

_ Carbon-free and thus no risk of crack formation; perfectly suitable for laser welding<br />

_ Due to a TCE value of 13.8 x 10 -6 K -1 (25—500°C), bonding of veneering ceramics is safe<br />

and trouble-free<br />

_ Corrosion resistance has been proven by the Centre of Dentistry, Oral Medicine<br />

and Maxillofacial Surgery, University of Tubingen (Germany)<br />

_ No overheating of the melt due to melt reflection<br />

+<br />

Melting behavior of Girobond ® NBS<br />

Begin of the melting;<br />

the casting cubes melt<br />

into each other<br />

The molten metal starts<br />

to burst; However, some<br />

shadows are still visible<br />

The surface of the molten<br />

metal shines; The metal<br />

is completely molten -<br />

Casting has to be effected<br />

immediately<br />

F | 35


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

casting simplicity<br />

The ideal denture base alloy for the complete<br />

range of removable dental restorations.<br />

Extra-hard, suitable for laser<br />

welding and easy to model –<br />

these are the requirements<br />

on a superior model casting<br />

alloy. With Girocrom ® FH,<br />

these requirements have<br />

become reality – a carbon-free<br />

alloy with excellent mechanical<br />

properties.<br />

Laser welding offers dental<br />

technicians the advantages<br />

of modern joining technology<br />

and, at the same time, means<br />

maximum biological compatibility<br />

to the patient. Due to<br />

their carbon content, conventional<br />

alloys precipitate carbides<br />

during laser welding.<br />

These, in turn, have a qualityreducing<br />

effect on the welding<br />

seams and involve cracks<br />

and fractures.<br />

Cracks caused by carbide precipitation<br />

in a CrCoMo alloy containing<br />

carbon<br />

Laser weld without any cracks in a<br />

carbon-free CrCoMo alloy<br />

_ Extra-hard denture base alloy<br />

_ Improved stability<br />

_ Suitable for all kinds of removable restorations, e.g. metal denture bases, combined fixedremovable<br />

restorations, telescopic cases, dentures with slide attachments or clasps<br />

_ Easily activated clasps at model casting dentures, with minimized fracture risk<br />

_ Carbon-free and, thus, ideal for laser welding<br />

_ Easy processing and polishing; relatively low Vickers hardness HV10 of 350<br />

_ Excellent biocompatibility and corrosion resistance<br />

+<br />

Proof stress Proof stress rp 0,2% (MPa) - different cocr-alloys for partical denture<br />

750<br />

Carbon free<br />

Containing carbon<br />

700<br />

650<br />

710<br />

< 0,02<br />

688<br />

< 0,02<br />

701<br />

< 0,2<br />

720<br />

< 0,8<br />

679<br />

< 1,0<br />

600<br />

550<br />

500<br />

Girocrom<br />

Fh<br />

610<br />

< 0,05<br />

competitor<br />

a b<br />

competitor<br />

c D<br />

580<br />

< 0,04<br />

competitor<br />

E F<br />

Girosolder out of CoCr,<br />

3.6 g as solder rods<br />

Recommended for soldering<br />

of CoCrMo alloys<br />

F | 36


<strong>Framework</strong> <strong>management</strong><br />

Metal<br />

Mandibular model casting denture<br />

with clasps, Dental Lab Müssle,<br />

Pforzheim/Germany<br />

Maxillary model casting denture<br />

with clasps, Dental Lab Müssle,<br />

Pforzheim/Germany<br />

Mandibular model casting denture<br />

with clasps, Dental Lab Müssle,<br />

Pforzheim/Germany<br />

The ideal investment for Girocrom ®<br />

restorations<br />

Giroinvest Speed is a phosphate-bonded precision investment for the<br />

model casting technique.<br />

_ Phosphate-bonded precision investment for model<br />

casting<br />

_ Can be heated up either with the shock-heat method or<br />

conventional heating with delay<br />

_ 30 minutes setting time using the shock-heat method; the<br />

mold is subsequently placed into the preheated furnace<br />

heated up to a maximum temperature of 1050 °C; ready<br />

for casting after 60 min<br />

_ Casting without casting ring possible<br />

_ Smooth casing surfaces and excellent fit due to the shockheat<br />

method<br />

_ Expansion is regulated by adjusting the liquid concentration<br />

+<br />

Giroinvest Speed: smooth castings, dense structures, homogeneous surfaces<br />

F | 37


Metal<br />

<strong>Framework</strong> <strong>management</strong><br />

casting simplicity<br />

Universal use thanks to modular components<br />

for surveying, blockout, milling<br />

Stable precision milling device<br />

on solid vertical column with<br />

ball thread and playless,<br />

smooth, double-jointed arm.<br />

Milling head with micrometer<br />

screw for accurate adjustment<br />

of vertical drillings. The base<br />

part comprises an integrated<br />

control for micromotor, magnetic<br />

table, light connections, and<br />

blockout. If the micromotor is<br />

exchanged with a marker, the<br />

af350 even performs parallelometer<br />

functions (surveying,<br />

blockout, setting of pins or<br />

attachments).<br />

LED-twin lamp<br />

Shadow-free illumination<br />

Patented<br />

articulated<br />

arm lock<br />

Clamps 2 joints<br />

with one screw<br />

Memory function<br />

Reversion of the<br />

articulated arm<br />

Spring power adjustment<br />

For the adjustment of<br />

the vertical movability<br />

Handpiece<br />

Allows for a<br />

rotational speed of<br />

up to 35,000 rpm<br />

Micromotor<br />

Mills, smoothes and<br />

polishes wax and metal<br />

Cost-effective version of<br />

a fully professional device<br />

Model table MT3<br />

Can be fixed in every<br />

inclination position at the<br />

touch of a button due to<br />

patented fixing mechanism<br />

Blockout Upgrade Kit AF350<br />

adjustable (for the current<br />

version, see Fig.)<br />

Marker<br />

_Universal use thanks to modular components for<br />

surveying, blockout, milling<br />

_ Suitable for circular, interlock, groove shoulder pin milling<br />

_Waxing, milling and polishing work at tapered and<br />

telescopic crowns<br />

_Can be easily upgraded to a parallelometer<br />

+<br />

Blockout Set<br />

Adapter cord, adjustable<br />

F | 38


<strong>Framework</strong> <strong>management</strong><br />

Zirkon Zircon | Metall<br />

<strong>Framework</strong> <strong>management</strong><br />

ordering information<br />

F F | | 39 39


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Technical Data<br />

Dimensions: 145 x 300 x 30 mm<br />

+ swan neck (app. 800 mm)<br />

Weight: 2.6 kg<br />

Ceramill UV<br />

Polymerisation lamp with motion sensor for rapid, reliable hardening<br />

of modelling synthetics<br />

_ Proximity on/off switch for convenient use and freedom from glare<br />

_ Wavelength carefully matched to synthetic material for reliable<br />

polymerisation<br />

_ Audible signal at end of controlled polymerising time means that<br />

polymerisation can be accurately reproduced<br />

178200 Ceramill UV<br />

F | 18<br />

!<br />

@<br />

#<br />

$<br />

%<br />

^<br />

&<br />

*<br />

(<br />

BL<br />

BM<br />

BN<br />

BO<br />

BP<br />

BQ<br />

BR<br />

BS<br />

BT<br />

BU<br />

CL<br />

CM<br />

CN<br />

CO<br />

CP<br />

CQ<br />

CR<br />

CS<br />

CT<br />

Ceramill Roto<br />

760801 ! T 4 mm<br />

760701 @ F 4 mm<br />

760831 # T 3 mm H<br />

760731 $ F 3 mm H2x<br />

760821 % T 2 mm H<br />

760721 ^ F 2 mm H2x<br />

760811 & T 1,2 mm H<br />

760711 * F 1,2 mm H<br />

760809 ( T 0,9 mm<br />

760709 BL F 0,9 mm<br />

760851 BM T 0,6 mm<br />

760751 BN F 0,6 mm<br />

760840 BO CT 2 mm<br />

760740 BP CF 2 mm<br />

760891 BQ KT 2,5 mm<br />

760791 BR KF 2,5 mm<br />

760892 BS KT 1,8 mm<br />

760792 BT KF 1,8 mm<br />

760861 BU ST2 mm<br />

760761 CL SF 2 mm<br />

760871 CM ST 1,2 mm<br />

760771 CN SF 1,2 mm<br />

760881 CO ST 0,6 mm<br />

760781 CP SF 0,6 mm<br />

760830 CQ UT 3 mm<br />

760730 CR UF 3 mm<br />

760820 CS UT 2 mm<br />

760720 CT UF 2 mm<br />

F | 19<br />

Holding Plates<br />

!<br />

$<br />

@<br />

#<br />

Plastic plates for the fast clamping of plastic models ensure secure<br />

positioning in the milling unit.<br />

760919 ! Holding Plate, 31/51 - holding plates for synthetic<br />

modelling (for use with Ceramill ZI 31/51) Pack of 50 H<br />

760941 @ Holding Plates, 71/77 - holding plate for synthetic<br />

modelling (for use with Ceramill ZI 77) Pack of 5 H<br />

760942 # Frame (multiple use) with integrated positioning<br />

guide for holding plate 77 pcks. à 1 pcs H<br />

760971 $ Positioning aid, 31/51<br />

Ceramill ZI – YTZP<br />

F | 20<br />

760116 ! Ceramill ZI 31 zirconium-oxide blanks,<br />

40 x 20 x 16 mm, pack of 6 H 2x<br />

!<br />

@<br />

#<br />

$<br />

760143 @ Ceramill ZI 51L zirconium-oxide blanks,<br />

65 x 30 x 20 mm, pack of 3 H 2x<br />

760184 # Ceramill ZI 71L zirconium-oxide blank<br />

dental arch shape, h = 20 mm, pack of 1<br />

760181 Ceramill ZI 77L zirconium-oxide blank,<br />

98 x 20 mm, pack of 1<br />

760183 ceramill ZI 77XL zirconium-oxide blank,<br />

98 x 25 mm, pack of 1<br />

760185 $ Frame for blank ZI 71 (multiple use),<br />

pack of 1<br />

Ceramill Marker - Excellent adhesion<br />

during processing with a water-cooled<br />

laboratory turbine. Marks imperfections<br />

without depositing anything<br />

Ceramill Marker<br />

Blue, oil-based contact paste for fitting zirconium oxide crowns<br />

(e.g. Ceramill ZI).<br />

760021 Ceramill Marker H<br />

583150 Paste brush<br />

F | 41


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Ceramill Color<br />

Five dilutable waterbased dye solutions for safe handling and individual<br />

colouring of the blanks.<br />

760411 Ceramill Color - complete set H H<br />

5 dye solutions, 100 ml, each + cans + tweezers<br />

Dry solutions, size 100 ml<br />

760421 Ceramill Color LL1<br />

760431 Ceramill Color LL2<br />

760441 Ceramill Color LL3<br />

760451 Ceramill Color LL4<br />

760461 Ceramill Color LL5<br />

Ceramill Therm<br />

available from June 2008 on<br />

F | 22<br />

!<br />

#<br />

178350 Ceramill Therm<br />

Delivery specification: Ceramill Therm sintering furnace; Sintering shell,<br />

100 x 80 x 15 mm; Sintering pearls, 200 g, dia. 1 mm<br />

Accessories:<br />

Technical Data<br />

Dimensions: 535 x 435 x 655 mm<br />

Furnace chamber volume: 1 l<br />

Electrical supply rating: 115/230V, 50/60Hz<br />

Max. power consumption: 3.2 kW<br />

@<br />

178360 ! Stackable sintering bowl, 1 pcs<br />

Stackable only in Ceramill Therm (178350)<br />

178361 @ Gripper for Sintering shell, stackable<br />

178311 # Sintering pearls 200 g, Ø 1 mm<br />

178310 Sintering shell, 100 x 80 x 15 mm<br />

Ceramill Aqua<br />

177500 Ceramill Aqua<br />

Delivery specification: Basic unit with model table MT3; trap dish<br />

Accessories:<br />

Technical Data<br />

Dimensions: 300 x 320 x 450 mm<br />

Weight: 8,8 kg<br />

177520 Worklight<br />

177511 Adapter NSK Presto Aqua<br />

132300 NSK Presto Aqua<br />

Technical data:<br />

Dimensions: Ø 415 x 465<br />

Weight: 8.5 kg<br />

Power supply: 230 V/115V, 50/60 Hz<br />

1.1 kW<br />

Airflow/vacuum:<br />

40 l/s /2400 mbar<br />

Suction bag size: 12 l<br />

Suction hose dia. 32<br />

AS400 micro dust extraction<br />

Mobile single-place extraction with two-step filter system, an optional<br />

with additional microfilter as third step (AS400micro, also suitable<br />

for sandblasting cabins). Powerful, quiet „Turbo-Flo“ unit (patented).<br />

_ High suction power at low noise development (46 dB[A])<br />

_ Filter system for very fine dusts > 0.5 μm, efficiency 99 %<br />

114960 AS400micro (incl. three-step microfilter)<br />

114953 Bags, 10 pcs.<br />

114961 Power controller for AS400 micro<br />

Technical Data<br />

Dimension: 300 x 140 x 30/630<br />

Weight: 3 kg<br />

Mains supply 230 VAC/50 Hz/5 W<br />

Luminance/angle 13,9 lm/75°-85°<br />

Worklight<br />

Twin worklight with two lamps on LED basis, mounted on a solid, curved<br />

foot, ideal for Ceramill. To be used at each workplace or with each unit<br />

operated, ready within no time. High optical power and long burning<br />

time.<br />

_ Bright cold light with 30 Lumen and a color temperature of 7,000 K<br />

_ Flexible lamp necks for spot illumination of the workpiece.<br />

177520 Worklight<br />

F | 42


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Noflame ® Plus<br />

F | 28<br />

116250 230V (115V = 116250V115)<br />

Delivery volume: basic unit with power cable, 2 protective covers, instructions<br />

for use<br />

116210 Protective caps/10 pcs.<br />

Technical Data<br />

Dimension:<br />

195 x 85 x 83<br />

Weight: 600 g<br />

Mains supply:<br />

230 V/50 Hz/130 W<br />

Smartwax Duo<br />

F | 29<br />

116270 Smartwax Duo, basic unit, 230V (115V = 116270V115)<br />

Packaging list: control unit with mains adaptor, handpiece with cord (116280),<br />

probe small incl. handle (116281), cotton role holder<br />

116280 Handpiece with cord<br />

Technical Data<br />

D/W/H: 130 x 150 x 50 mm<br />

Electrical specifications of mains adaptor: 110 - 230V 50/60 Hz<br />

Temperature range: 50 - 220 °C / 122 - 428 °F – switchable<br />

Accessories:<br />

! @ # $ % ^<br />

116281 ! Probe small incl. handle<br />

116282 @ Probe large incl. handle<br />

116283 # Needle incl. handle<br />

116284 $ Beaver tail incl. handle<br />

116285 % Knife incl. handle<br />

116286 ^ Spoon incl. handle<br />

116229 Dental rolls, 100 pcs.<br />

Waxjet (pat. pend. ZTM Jonas)<br />

Intelligent solution for application of wax. The continuous wax supply<br />

via the unique feeding mechanism of the Waxjet allows the dental<br />

technician to quickly apply a big amount of wax. The fluidized wax<br />

gets through the concave probe to the tip and the quantity of the wax<br />

can be determined individually by the technician - depending on, how<br />

quickly the wax wire is put forward with the help of the driving pulley.<br />

_ No annoying wax taking up<br />

_ For quick superficial fusing and application of wax<br />

The Waxjet in action – e.g. during filling<br />

of the gingivobuccal fold. Rapidly<br />

ready for use – one touch is enough.<br />

116287 Waxjet incl. handle<br />

116289 Waxjet + handpiece with cord<br />

641060 Waxjet wire pink / 6,0 / 280 g<br />

F | 43


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Smartbox Invest<br />

F | 30<br />

117200 Smartbox Invest<br />

Delivery volume: basic unit incl. investment container, 2 tanks for liquid and<br />

water, power cord<br />

Accessories:<br />

117201 Rising socket for beaker<br />

117202 Desiccant bag, 5 pcs.<br />

781685 Giroinvest Super, 2 x 4 kg<br />

724090 Giroinvest Super Liquid 1 l<br />

Technical Data<br />

Dimension: 525 x 300 x 620 mm<br />

Weight: 25 kg<br />

Electrical fuse: T2A<br />

Power rating: 100 W<br />

Mains supply: 230 V/50 Hz-115 V/60 Hz<br />

Amount dispensed max. 1000 g Powder<br />

Capacity liquid: 1 l<br />

Capacity powder: ca. 4 kg<br />

Giroinvest Super<br />

F | 32<br />

781670 Giroinvest Super Powder 40 x 150 g-bag = 6 kg<br />

781680 Giroinvest Super Powder 50 x 100 g-bag = 5 kg<br />

781685 Giroinvest Super, 2 x 4 kg<br />

724090 Giroinvest Super Liquid 1 l<br />

781679 Measuring cup 100 ml<br />

521410 Expander Casting Ring Liner 50 mm x 1 mm<br />

Technical and physical data<br />

Mixing ratio: 100 : 25<br />

Mixing time: 105 s<br />

Working time: 5 min<br />

Initial setting: 9-11 min<br />

Setting time: 25 min<br />

Compression strenght after 2 h: 4-8 MPa<br />

„Speed“ temperature: 850° C<br />

Preheat temperature: max. 1050° C<br />

Overall expansion: max. 4 Vol.-%<br />

F | 44


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Girobond ® NBS<br />

Packaging:<br />

781610 Girobond NBS 1.000 g<br />

781611 Girobond NBS 50 g<br />

F | 34<br />

Girobond ® CBS<br />

F | 35<br />

781690 Girobond CBS 1.000 g<br />

781691 Girobond CBS 50 g<br />

Girosolder<br />

781630 Girosolder, 3,6 g<br />

781560 Soldering Paste 25 g tin<br />

Girocrom ® FH<br />

F | 36<br />

721250 Girocrom FH, 1.000 g - Laboratory pack<br />

721251 Girocrom FH, 50 g - Trial<br />

F | 45


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Giroinvest Speed<br />

F | 37<br />

724070 Giroinvest Speed Powder 20 kg<br />

724072 Giroinvest Speed Powder 100 x 200 g bag = 20 kg<br />

724081 Giroinvest Liquid 1 l<br />

Girocrom ® Double S<br />

Addition cross-linking 1:1 duplication silicone. Girocrom ® Double S<br />

convinces through its high quality and up-to-date processing<br />

properties.<br />

_ Cost-effective, as the duplication is quickly ready for casting<br />

(9-12 min setting time)<br />

_ Top quality, recognisable by the extremely high tear growth<br />

resistance<br />

_ Good flow properties of the silicone due to its low viscosity<br />

_ Safe demolding due to its medium hardness (Shore hardness 22)<br />

_ Plasters and investments flow evenly without rolling in<br />

724037 2kg (2 x 1 kg A/B)<br />

Neosil flask<br />

Three-piece synthetic flask for the duplication of model casting<br />

master models, consisting of cylinder with bolt, dish and frame.<br />

_ High-precision duplication due to intelligent frame design<br />

_ Non-distorting duplication for a precise investment model<br />

5524010 Size 1 small, blue<br />

524020 Size 2 medium, green<br />

524030 Size 3 large, red<br />

Silicone sleeve<br />

Flexible silicone molds in three sizes analogously to the Neosil flasks<br />

for casting the investment model. The circular groove of the frame<br />

adapts the circular notch of the sleeve waterproof.<br />

_ The flexible mold wall follows the expansion path<br />

without resistance<br />

_ Interlocking system for error-free workflow<br />

524070 Size 1 small<br />

524080 Size 2 medium<br />

524090 Size 3 large<br />

542100 Neocrep, 20 m x 9 cm<br />

F | 46


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Blockout<br />

Heatable blockout blades 0° to 6°, with parallelly guided plug-in<br />

contact for handpiece connection. To be inserted into the chuck of<br />

the marker (Ø 3 mm). Connection to any controllable voltage source<br />

providing 24 V (e.g. 171161).<br />

177990 Blockout and 5 inserts 0° – 6°<br />

Optional accessory:<br />

177991 Adapter cord AP100/Diacut/Blockout<br />

177992 Adapter cord AF300/APF400<br />

177993 Adapter cord l AF350/APF450<br />

177806 Adapter cord for surveyor AF 350<br />

177994 Adapter cord AF350 adjustable<br />

177980 Blockout insert 0° Ø 1,3 mm<br />

177981 Blockout insert 0° Ø 2 mm<br />

177982 Blockout insert 2° conic<br />

177983 Blockout insert 4° conic<br />

177984 Blockout insert 6° conic<br />

177960 Blockout-set AP100 inlcuding adapter cord AP100<br />

Starterkit for Milling Technique<br />

Comprises, besides oil and training material, all tools required for surveying,<br />

scraping, setting, transferring and milling tasks (all items may<br />

be ordered separately as well).<br />

873001 Starterkit for Milling Technique, 12 parts (as pictured)<br />

consisting of:<br />

177653 Training cylinder (Typ 1), MS-Milling-Training cylinder<br />

177654 Milling example Typ 2, MS-Drill-Training cylinder<br />

177655 Training cylinder holder MT2/3 for FM Typ 1+2<br />

177810 Transfer Support Piston-Ø 2,35 mm<br />

177820 Transfer Support Piston-Ø 3,0 mm<br />

177870 Mine red 12-part<br />

177880 Mine blue 12-part<br />

177860 Carbon marker holder<br />

177656 Milling oil 5 x 50 ml<br />

177830 Undercut gauge 0,25 mm, Piston-Ø 3 mm<br />

177840 Undercut gauge 0,50 mm, Piston-Ø 3 mm<br />

177850 Undercut gauge 0,75 mm, Piston-Ø 3 mm<br />

171930 Plaster plate<br />

also:<br />

873002 Milling set 12-part<br />

! @<br />

#<br />

Model Table MT2/MT3/splitex<br />

MT2: inclinable table, from 0° to 90°, both final positions are under<br />

forced guidance, fixed with manual clamp lever. Plinth plate may be<br />

magnetized.<br />

MT3: inclination 0° to 41°, manual/electromagnetic fixation by<br />

degrees, 0/2/4/6° also mechanical (sleeve/ring); electromagnetic<br />

positioning.<br />

Splitex: like MT3, however, with Splitex magnetic plate to accept the<br />

model.<br />

177360 # MT2 Model Platform / 0° - 90°<br />

177350 @ MT3 Model table / 0° - 14°<br />

216291 ! MT3 Model table/Splitex<br />

F | 47


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Milling Device AF350<br />

F | 38<br />

177605<br />

Delivery volume: basic unit with vertical lift, milling arm with W&H motor<br />

spindle, model table MT3, twin LED lamp, cover<br />

Optional accessory:<br />

177998 Blockout-Upgrade-Kit AF350, adjustable, 3 parts<br />

(for current version (see image))<br />

Delivery volume: Blockout-Set 177990, Marking stick 17800,<br />

Adapter sleeve AF350 adjustable 177994<br />

177995 Blockout Upgrade-Kit AF350, 4 parts<br />

(for previous version)<br />

Delivery volume: Blockout-Set 177990, Adapter cord 177993,<br />

Marker 177800, Adapter cord for Marker AF350 177806<br />

177800 Marker<br />

177661 W&H Collet 3 mm<br />

Technical Data<br />

Dimension: 340 x 250 x 450<br />

Weight: 15 kg<br />

Mains supply: 100/115/230 V, 50/60 Hz<br />

Motor speed: 1.000 – 35.000 min-1<br />

Torque: max. 7,5 Ncm<br />

Blockout Parallelometer AP100<br />

177700 AP100 (without model table)<br />

Delivery volume: basic unit with jointed arm P (177131) and marker (177800)<br />

Optional accessory:<br />

177360 Model table MT2<br />

177350 Model table MT3<br />

216291 Model table MT3 „Splitex“<br />

177960 Blockout-Set (P. 4 | 3)<br />

177991 Adapter cord AP100/Diacut (for Blockout)<br />

177450 Halogen Lamp<br />

177071 Milling Head<br />

Technical Data<br />

Dimension: 210 x 180 x 400<br />

Weight: 7 kg<br />

Mains supply: 230 V/50 Hz/40 W<br />

Exit voltage: 15-30 V/7 W<br />

Milling Head<br />

Vertically movable reception for motor spindle, Ø 33 mm. To be used<br />

at the jointed arm. Micrometer screw (lift 25 mm) to determine drilling<br />

depth as well as spring power adjustment to limit the vertical<br />

movability. As upgrade for AP100.<br />

177071<br />

Adapters to the fit (Ø 33 mm-hole)<br />

177063 Adapter KaVo K5<br />

177050 Adapter KaVo K9<br />

177051 Adapter KaVo K10<br />

177052 Adapter KaVo K11<br />

177053 Adapter NSK Ultimate 400<br />

177066 Adapter NSK Ultimate 500 CM<br />

177067 Adapter NSK Ultimate 500 TM<br />

177054 Adapter NSK Volvere EP<br />

177055 Adapter Schick C2 Profi<br />

177062 Adapter Schick C3<br />

177056 Adapter Schick CN<br />

177057 Adapter W&H Elco S<br />

177058 Adapter W&H Elco 2<br />

177061 Adapter W&H Perfecta<br />

177065 Adapter Presto-Aqua/DeguDent F1/F2/F3<br />

177060 Adapter custom-made product<br />

F | 48


<strong>Framework</strong> <strong>management</strong><br />

Zircon | Metal<br />

Girotan ® L<br />

Titanium alloy (Ti6Al7Nb) is a chemically inert material that has<br />

been used as implant material for medical indications in men since<br />

more than 20 years already. Same degree of biocompatibility, same<br />

low heat conductivity, and as light-weight as pure titanium. However,<br />

Girotan L exceeds the strength of pure titanium by factor 3.<br />

_ Easy to work, polishable like gold<br />

_ Suitable for any indication since light-weight and highly stable<br />

_ Radiopaque, chemically neutral, low heat conductivity<br />

_ Minimum material costs, maximum benefit for the trade<br />

Girotan L (Ti6AI7Nb-alloy):<br />

764321 Ø 26 x 8,4 mm, 50 x 20 g-Ingots<br />

764331 Ø 26 x 12,6 mm, 34 x 30 g-Ingots<br />

764341 Ø 29 x 13,5 mm, 25 x 40 g-Ingots<br />

721141 Girotan-Laser welding wire 0,35 x 2 m<br />

721120 Titanium welding wire 0,5 x 2 m<br />

721121 Titanium welding wire 0,25 x 2 m<br />

Technical and physical data<br />

Pure titanium and titanium alloy may only be melted with the electric arc method<br />

under high vacuum and with argon gas protection (Ticast/Symbiocast).<br />

Light weight, high stability, low heat<br />

conductivity, good laser welding behavior.<br />

These excellent features distinguish<br />

Girotan L.<br />

The bond strength between Girotan L/<br />

Digitan and the facing porcelain corresponds,<br />

according to the Schwickerath<br />

test, to the values of precious metals,<br />

no matter if cast or milled. Creation-like<br />

esthetics.<br />

Girotan L<br />

Melting range<br />

1.650° C<br />

Tensile strength Rm [MPa] 850<br />

Proofstress Rp 0,2 % [MPa] 750<br />

Modulus of elasticity E [GPa] 110<br />

Elongation at rupture A [%] > 8<br />

Vickers hardness HV 10 325<br />

Density [g/cm3] 4,52<br />

WAK [25-500° C] 10,1 x 10 -6 K -1<br />

Alloy color<br />

silver<br />

Oxid color<br />

grey<br />

SEM picture (magnification 650:1) showing<br />

a marginal area without alpha-case<br />

layer (University Dental Clinic Tuebingen/<br />

Germany, Prof. Juergen Geis-Gerstorfer/<br />

Prof. Wolfgang Lindemann)<br />

Giroinvest T<br />

Magnesium zirconium investments for titanium casting. The special<br />

MgO-ZrO 2<br />

combination prevents reactions between the molten metal<br />

and the investment as well as the formation of an alpha-case layer<br />

and reliably controls the expansion, thus ensuring excellent fitting<br />

precision.<br />

_ Well-coordinated expansion control for crown<br />

and bridge work/CoCr cases<br />

_ Homogeneous mixture with distilled water<br />

_ Perfect fit without further processing<br />

_ Easy polishing, high surface density due to cold casting<br />

764050 Giroinvest TC Powder 25 x 200 g bag = 5,0 kg<br />

764060 Giroinvest TM Powder 20 x 180 g bag = 3,6 kg<br />

764070 Giroinvest TD Powder 10 x 700 g bag = 7,0 kg<br />

F | 49

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!