Rely On Us - July/August 2018 - 9

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:

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.

500

90
80

low

Material reduction per time unit (mg)

i.e. the procedure is carried out in intervals

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.

and black rings (white for ceramics,

ca. 45°

8,0 mm

6,0 mm

i.e. the procedure is carried out in intervals
8,0 mm

5,0 mm

7,0 mm

4,0 mm
3,5 mm
3,0 mm

6,0 mm

5,0 mm

Ceramic veneers should be cut with

3,0 mm

2,0 mm

H4MCXXL

H4MCXXL.314.014

H4MCXXL
H4MCL
H4 MC
H4MCXL
cutter H4MCL.314.012
(fig. 2).

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

zirconiumoxide ceramics. For this,

0 mm

we recommend the crown cutter

of the instrument's working part

4ZR.314.012 specially developed
H4MCXL

H 4MCL

H 4MC

for zirconium oxide.

1,0 mm

Metal crowns are to be cut with crown

H4MC.314.012

* In case of materials that tend to

1,0 mm

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

each time.

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

black for metal).

in order to cut only a small area

H4MCL.314.010

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

http://www.henryschein.com.au/iqs

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