ProductInformation
Crown Cutter I H4MC
Crown Cutter | H4MC H4MC – the crown cutter for for metal The crown cutter metal and ceramics. Cutter | H4MC and ceramics
Recommendations for use:
The H4MC can be identified by its white for cutting 1 Designed all commonly used
Optimal The new H4MC – considerably• higher materialspeed: reduction and increased service life
metal alloys, titanium and veneers made and black rings (white for ceramics,
black for metal).
Material reduction accumulated (mg)
of low fusion ceramics.
(160.000 rpm
in the micromotor. 90
700
Material reduction per time unit (mg)
Crown Indications:
H4MC – the crown cutter for metal • In case of materials that tend to Product characteristics and Crowns should be cut in several steps, and ceramics. “jump”, (e.g. certain non-precious advantages Designed for cutting all commonly used metalDesigned alloys,for titanium cutting alland commonly used
in order to cut only a smallveneers area Due tomade its special the H4MC ofD-toothing, low fusion ceramics. Indications:
60
400
50 40
300
metal alloys), we recommend the 30
200
The new H4MC – considerably20higher material use service in the life turbine, applying reduction and increased
100
10 metal alloys, titanium and veneers made 0 0 facilitates quick and efficient cutting of 30 sfor60s s 120 s 150 s 180 s 210s 240contact s 270 s 300 s pressure. Recommendations use:90700 of low fusion ceramics. time Due to its special D-toothing, the crowns and bridges made of conventional 600
Material reduction accumulated (mg)
each time.
70
500
90 80
low
Material reduction per time unit (mg)
i.e. the procedure is carried out in intervals
80
600
2 and efficient 1 70 H4MC facilitates quick metal alloys. Large chip spaces allow quick 60 use of the capacity Ceramic • In order to make full Indications: veneers should be cut with Recommendations for and use: Productand characteristics black for metal).cutting of crowns bridges made H 4 MCL –400material reduction per time unit chip removal and prevent clogging, 50 • In case of materials that tend to the Tungsten of the Andere – material reduction per time unit instrument’s working part ofcutter conventional metal Large advantages The H4MC can be identifiCarbide ed by its white crown •alloys. Optimal speed: (160.000 rpm 40 Crowns should 1be cut in several steps, “jump”, (e.g. certain non-precious 300 especially when cutting soft alloys with and black rings (white for ceramics, in the micromotor. procedure is carriedspaces out in intervals allow quick chip removal metal alloys), we recommend the chip 30 H4MCL.314.012 (fii.e.g.the 1). during the cutting phase, we recom200other crown cutters black for metal). Compared to all on the gold content. The H4MC is equally suited in order to cut only a small area use in the turbine, applying low 20 and preventDue clogging, when • especially In case of materials that tend to to its special D-toothing, the H4MC each time. contact pressure. 100 to apply the instrument at an market, incl. copies made by themend competifor ceramic veneers. 10 Crowns should be cut in several steps, “jump”, (e.g. certain non-precious cutting soft alloys with gold content. 2 0 0 i.e. the procedure is carried out in intervals metal alloys), wecient recommend the facilitates quick and effi cutting of Ceramic veneers should be cut with • In order to make full use of the capacity tion, the H4MC (working part comes in 30 s 60s 90 s 120 s 150 s 180 s 210s 240 s 270 s 300 s Metal crowns are to be cutThe withH4MC crown is equally suited angle of approx. 45° to the crown. for ceramic in order to cut only a small area use in the turbine, applying low time the Tungsten Carbide crown cutter of the instrument’s working part crowns andfeature bridges made of conventional each time. contact various lengths, see reverse: H4MC A further distinctive ispressure. the tiptransveneers. H4MCL.314.012 (fig. 1). during the cutting phase, we recom- H4MCL – material reduction accumulated cutter H4MCL.314.012 (fig. 2). • Optimal speed: (160.000 rpm H 4 MCL – material reduction accumulated in the micromotor. Andere –500material reduction accumulated
The H4MC can be identified by its white and black rings (white for ceramics,
mendH4MCXXL) to apply the instrument at an a consistently higher metal alloys. Large spaces allow quick features versing blade permitting easy chip penetration Andere – material reduction accumulated • In order to make full use of the capacity
2 Ceramic veneers should be cut with Metal crowns are to be cut with crown the Tungsten Carbide crown cutter cutter H4MCL.314.012 (fig. 2). H4MCL.314.012 (fig. 1).
• Always make sure that sufficient cool-
angle of approx. 45° to the crown.
of the instrument’s working part H4MCL – material reduction per time unit A further distinctive feature ispyratheclogging, chip removal and prevent material reduction rate. These cutters prove into the material to be cut. The during the cutting phase, we recomper time unit antreduction is applied (at least 50 ml/min.). • Always make sure that sufficient cool-Andere – material tiptrans-versing blade permitting especially when cutting soft alloys particularly effi cient in case of hard-to-cut mid-shaped blade design prevents blade mend to apply the instrument at anwith ant is applied (at least 50 ml/min.). angle material of approx. 45° to the crown. easy breakouts penetration into the to Compared to all other crown cutters on the gold Theincreased H4MC isstabilequally suited non-precious metal alloys such as Dentitan. and content. guarantees • Do not exceed a maximum contact be cut. The pyra-mid-shaped blade comes in various lengths, •toAlways make sure that sufficient cool- The instruments • Do notbyexceed a maximum contact can be used in the microity and high breakage, thus market, incl. copies made the competiforresistance ceramic veneers. pressure of 2N. ant is applied (at least 50 ml/min.). design prevents blade breakouts and H4MC H4MCXXL) features a motor as well as in the turbine. ensuring a smooth operation with little tion, the H4MC (working part comes pressure of 2N.in guarantees increased•stability and high consistently higher material reduction Do not exceed a maximum contact vibration. various lengths, see reverse: H4MC distinctive feature is the tiptransresistance toA further breakage, thus ensuring a pressure of 2N. rate. These cutters prove particularly H4MCXXL) features highernonversing blade easy penetration smooth operation withpermitting little vibration. efficient in caseaofconsistently hard-to-cut material reduction rate. These cutters into the material to be cut. The pyraprecious metal alloys such asprove Dentitan. Compared to all otherblade crown cutters onH4MC.314.010 The instruments used in the particularly efficient incan case be of hard-to-cut mid-shaped design prevents blade the market, incl. copies made by the H4MC.314.012 micro-motor asalloys wellsuch as in turbine. non-precious metal as the Dentitan. breakouts and guarantees increased stabilcompetition, the H4MCH4MC.314.010 (working part H4MCL.314.010
Metal crowns are to be cut with crown cutter H4MCL.314.012 (fig. 2).
Pack of 5
$100
The instruments can be used in the micro-
ity and high resistance to breakage, thus
Indications:
H4MC.314.012 Recommendations for use: H4MCL.314.012 motor as well as in the turbine. ensuring a smooth operation with little
vibration.
1
and black rings (white for ceramics,
8,0 mm
6,0 mm
i.e. the procedure is carried out in intervals each time.
8,0 mm
5,0 mm
7,0 mm
4,0 mm 3,5 mm 3,0 mm
6,0 mm
2
5,0 mm
Ceramic veneers should be cut with
3,0 mm
2,0 mm
H4MCXXL
17V1_PI_EN_H4MC-H4MCL 2.indd 1
Metal crowns are to be cut with crown H4MCXXL H4MCXL H4MCL H4 MC cutter H4MCL.314.012 (fig. 2).
H4MC.314.012
• In case of materials that tend to
H4MCXXL.314.014
These crown cutters are not
“jump”, suited (e.g.forcertain non-precious cutting all-ceramic crowns and frames made of metal alloys), webridge recommend the
H4MCL.314.010
extremely hard ceramics, such as
use in the turbine, applying low
These crown cutters are not
zirconiumoxide ceramics. For this,
contact we pressure. recommend the crown cutter
suited for cutting all-ceramic
crowns and bridge frames made of
4ZR.314.012 specially developed
extremely hard ceramics, such as
for zirconium oxide.
• In order to make full use of the capacity
1,0 mm
zirconiumoxide ceramics. For this,
0 mm
we recommend the crown cutter
3,5 mm
the Tungsten Carbide crown cutter H4MCL.314.012 (fig. 1).
2,0 mm
4,0 mm
26.06.15 08:28
H4MCXL.314.014
of the instrument’s working part
4ZR.314.012 specially developed H4MCXL
H 4 MCL
H 4 MC
for zirconium oxide.
1,0 mm
during the cutting phase, we recom4ZR.314.012 mend to apply the instrument at an © 06/2015 · 410517V1
in order to cut only a small area
in the micromotor. H4MCXXL.314.014
7,0 mm
ca. 45° Crowns should be cut in several steps,
H4MC.314.010
H4MCXL.314.014 • Optimal speed: (160.000 rpm
H4MCL.314.012
ca. 45°
black for metal). EN_H4MC-H4MCL 2.indd 1
H4MCL.314.010
© 06/2015 · 410517V1
The H4MC can be identified by its white
H4MCL.314.012 H4MCXL.314.014
26.06.15 08:28
angle of approx. 45° to the crown.
0 mm
Komet Dental · Gebr. Brasseler GmbH & Co. KG · Postfach 160 · 32631 Lemgo · Export: Telefon +49 (0) 5261 701-0 · Telefax +49 (0) 5261 701-329 · export@kometdental.de · www.kometdental.de
4ZR.314.012
ca. 45°
410517V1_PI_EN_H4MC-H4MCL 2.indd 2
• Always make sure that sufficient cool-
26.06.15 08:28
H4MCXXL.314.014
ant is applied (at least 50 ml/min.).
Komet Dental · Gebr. Brasseler GmbH & Co. KG · Postfach 160 · 32631 Lemgo · Export: Telefon +49 (0) 5261 701-0 · Telefax +49 (0) 5261 701-329 · export@kometdental.de · www.kometdental.de
410517V1_PI_EN_H4MC-H4MCL 2.indd 2
8,0 mm
7,0 mm
6,0 mm
26.06.15 08:28
• Do not exceed a maximum contact pressure of 2N.
These crown cutters are not suited for cutting all-ceramic crowns and bridge frames made of
1 0 t h I n t e r n a t i o n a l Q u i n t e 5,0 s smme n c e S y m p o s i u m – R e g i s t e r n o w a t w w w . h e n r y s c h e i n . c o m . a u / i q s extremely hard ceramics, such as
9