denar® track ii system

DENAR® TRACK II SYSTEM
instruction manual
ACKNOWLEDGEMENTS
The Track II System was developed in
answer to the many requests from clinicians, dental educators and practicing
professionals throughout the world.
Some of their design criteria included
the need for an arcon tracking (enclosed
condylar guidance) articulator and one
that could accurately reproduce centric
relation. Schools, particularly, asked for
an articulator capable of accepting casts
mounted on another articulator, i.e.,
transferability of casts from one articulator to another which is accomplished by
means of a calibration system.
We set these needs as our objectives
and proceeded to accomplish the task
with the help of many professionals. We
are most grateful for the direction and
assistance they provided us.
2
A special word of appreciation is
expressed to Dr. Alvin Filastre and his
wife Helga for their contribution in the
early design phases as well as continual
support throughout the development.
Special recognition is directed to the
teaching staff of the Pankey Institute,
with acknowledgement going to Drs, L.
D. Pankey, Loren Miller, Fred Cory, Jim
Potts, Mel Steinberg, Ed Quinn and Mr.
Jack Snyder, for their support in ensuring that the system can be used by
practitioners wishing to render quality
dentistry through the incorporation of the
principles of occlusion.
We wish to acknowledge Professor
Muroaka in Japan for his contributions
and Dr. Sheldon Winkler for the time he
spent working with us. Additionally, without the advice and support from many
of the current users of Denar® instrumentation, this project would not have
achieved the success criteria for which
we strived.
Throughout the development process
many different ideas were expressed.
But, through it all, the common objective was to provide dentistry with a high
quality occlusal instrumentation system.
We believe we have accomplished this
task.
FEATURES AND BENEFITS
DESIGN
•Excellent lingual visibility
•Arcon construction
•Enclosed condylar guidance
•Secured upper and lower bows
•Stable and balanced in open position
with mounted casts
efficient method for precise medio-lateral bow alignment when an immediate
side shift is introduced
Inspection Gage
ADJUSTMENT CAPABILITIES
Protrusive adjustment–
0 to 90 degrees
Progressive sideshift–
3 to 30 degrees
Immediate sideshift–
0 to 2 mm
CR CO adjustment–
increments of .5 mm (maximum 2 mm)
Extra long range of motion (15mm)
allows for maximum lateral movement.
•Positive centric lock on each condyle
CONSTRUCTION
ADAPTABILITY
Optional pin and incisal table combinations are available for added versatility.
The Denar® standard incisal pins are
curved to simulate the arc of closure for
varying vertical dimensions.
•Precision manufacturing
•Rigid and durable, yet lightweight
•Easy to clean
FUNCTION
•Centric positioner offers unique and
•Excellent stability in the inverted
position
•Alignment verified using Field
3
TRACK II ARTICULATOR
Upper Bow
Progressive Sideshift Adjustment
Protrusive Adjustment
Incisal Pin
CO/CR Adjustment
Incisal Table
Centric Positioner
Immediate
Sideshift
Adjustment
Centric Lock
Lower Bow
4
Sideshift
Adjustment Key
Table of Contents
I.The Track II Articulator
•Centric Lock Operation
•Centric Positioner
•Adjustments
•Articulator Manipulation
6
6
6
8
II. The Slidematic Facebow
•Assembling on the Patient
•Transferring to the Articulator
10
12
III.Mounting the Casts
•Maxillary Cast
•Mandibular Cast
13
14
IV.Setting the Condylar Controls
•Protrusive
•Progressive Sideshift
•Immediate Sideshift
15
15
16
Appendices
A. Field Inspection Gage
B. D31 AB Facebow/Earbow
C. Care and Maintenance
D. Accessories
18
19
20
20
5
I THE DENAR® TRACK II
ARTICULATOR
Centric Lock Operation
The articulator has a separate lock for
each condyle. They can be engaged
simultaneously or independently of
one another. To lock the articulator into
centric relation, rotate the centric lock
screws and the centric occlusion adjustment screws (Fig. 1) counterclockwise
so that the condylar balls can travel
without interference along the fossae
tracks.
Centric Positioner
The Centric Positioner (Fig. 2) will
accurately confirm the centric position
of work in progress. When immediate
sideshift has been introduced the centric positioner offers a unique and efficient method for precise medio-lateral
bow alignment. It can be momentarily
engaged or locked into place. To engage
the centric positioner, simply push the
pin up into the centric positioner slot
(Fig. 3). This confirms centric. To lock the
centric positioner twist the knob one half
turn. To release the centric positioner
either twist the knob in the reverse direction or complete the turn all the way.
Protrusive
Adjustment screw
CO/CR
Adjustment
Centric
Lock
Screw
FIG. 1
Centric
Position
FIG. 2
6
FIG. 3
Adjustments
•Protrusive Adjustment
The inclination of the protrusive condylar path can be adjusted by loosening
the protrusive adjustment lock screw
(Fig. 2). The protrusive condylar path
inclination scale is lateral to the protrusive adjustment lock screws, and is
calibrated in increments of 5 degrees.
The scale indicates from 0-60 degrees,
however, the condyles will adjust to a
full 90 degrees.
•Immediate Sideshift Adjustment
Immediate sideshift is set by moving
the condyle balls out laterally. This is
accomplished by inserting the sideshift
key into the slot of the condyle ball
(Fig. 4) and turning counterclockwise.
Each 360 degree turn represents 1.0
mm of immediate sideshift. Maximum
adjustment is 2.0 mm per condyle.
Zero degrees is obtained by turning
the slot clockwise until it stops.
sideshift adjustment lock screws (Fig. 5)
and moving the fossa track from 5 to 30
degrees (Fig. 6). The scale for the progressive sideshift adjustment is posterior to the adjustment lock screw and
is calibrated in 5 degree increments.
FIG. 5
FIG. 4
•Progressive Sideshift Adjustment
The angle of inclination of the medial
fossa wall to the sagittal plane can be
adjusted by loosening the progressive
FIG. 6
•Centric Occlusion Centric Relation
Zero Out (Neutral Position)
1.Set progressive sideshift adjustment
to 0˚.
2.Set the protrusive inclination adjustment at 0˚.
3.Back out the Red CR/CO screw to a
neutral position until the end of the
metal housing (containing the 1 mm
graduation marks) is visible.
4.Tighten the Red CR/CO screw in
a clockwise position until the first
graduation line on the metal housing is flush with the back wall of
the fossae track. Turn the screw in
either direction (choosing the shortest distance with the least amount
of rotation) until the black dot on the
face of the Red CR/CO screw is in
the "12 o'clock" position.
Adjustment
1. Forward movement of the condyle
is obtained by turning the CR/CO
adjustment screws clockwise. Make
sure that you loosen the centric
lock screw so the condyle balls can
move freely. Each 360 degree turn
is equivalent to 0.5 mm of forward
travel. Use the black dot on the red
7
adjustment screws to measure each
360 degree turn (Fig. 7). Each line
on the scale represents 1 mm of forward travel.
FIG. 7
2. The condyle can be locked with the
centric locks to a maximum 2 mm
forward from centric relation (Fig.
8). A scale is located on the lateral
walls of the fossa housing and reads
from 0 to 10 mm.
•Articulator Manipulation
The Track II has enclosed condylar
guidance enabling the operator to
easily guide the articulator through
lateral excursive and protrusive movements. Note: A design feature of this
instrument is the ability to add additional thumb pressure to the upperbow
which more closely simulates the anatomical muscular movements.
To use the Track II properly the operator must master the proper movement
techniques. The first are lateral excursive movements. To effect both left
and right excursive movements a right
handed person should grasp the back
of the articulator with the underhand
grasp as illustrated (Fig. 9). Remember
that the articulator and mounted casts
are only a facsimile of bone, joints and
teeth. There are no muscles.
FIG. 8
8
The operator must provide the muscle
force. It is very important that the back
of the articulator be guided with positive pressure of the left thumb to insure
that the condyles function in accord
with the instrument settings. The operator should maintain a slight down and
FIG. 9
FIG. 10
forward pressure with the left thumb in
lateral excursive movements. In addition, when the incisal pin is pushed
to the left, the back of the articulator should also be pushed to the left
(underhand push grasp) (Fig. 10).
Conversely, when the incisal pin is
pulled to the right, the back of the
articulator should be pulled to the right
(underhand pull grasp) to ensure that
the articulator functions in accord with
its condylar adjustment settings. To
effect a straight protrus movement the
upper bow is moved straight posteriorly guided by both hands (Fig. 11).
•Adjustment Limitations
The Track II has an extremely long
condylar track allowing the condyles
15 millimeters of protrusive and lateral
movement. This movement is limited
to 11 mm when progressive sideshift is
set to 30°.
FIG. 11
9
II THE SLIDEMATIC
FACEBOW
MEASURING BOW
TRANSFER JIG ASSEMBLY
1
1
2
6
2
4
3
5
1.earplug
2.anterior reference pointer
3.intercondylar distance scale
4.“finger” lockscrew
5.Center “lock” wheel
6.Sight
reference plane locater
10
3
4
1.dentulous bitefork
2.bitefork index notch
3.vertical shaft
4.articulator index
reference plane marker
Facebow Transfer
The facebow transfer procedure establishes the relationship of the maxillary
dentition to the horizontal reference
plane so that the maxillary cast may be
mounted on the articulator in the correct anatomical position. The Slidematic
Facebow provides a fast, easy and
extremely accurate means of transferring
the proper anatomical relationship to the
articulator. Any Denar® facebow may be
used for mounting the maxillary cast to
the Track II. In this chapter only the procedures relating to the Slidematic facebow are described. However, the Denar®
D31AB Facebow/Earbow may also be
used (see Appendix B).
Assembling the Slidematic
on the Patient
Mark the anterior reference point on the
patient’s right side using the Reference
Plane Locator and Marker. The point is
43 millimeters above the incisal edge of
the right central or lateral incisors (see
Figure 12). On an endentulous patient,
measure up from the lower border of the
FIG. 12
FIG. 13
upper lip when it is in repose.
and also to avoid movement. This same
movement will occur after inserting the
vertical shaft in the articulator index as
shown in Figure 23. Be sure to tighten
the finger screw.
Cover the metal with two thicknesses of
baseplate wax softened in warm water
(approximately 135˚F or 55˚ C). With
the bitefork arm to the patient’s right,
place the fork in the mouth, aligning the
patient’s midline with the index notch, so
that it is parallel with the patient’s coronal and horizontal planes (see Figure 13).
Be certain to obtain a light indexing of
the patient’s maxillary arch and then ask
the patient to hold the bitefork in place.
Attach the vertical shaft to the measuring bow with the clamp marked #2 on
the patient’s right and tighten the finger
screw (see Figure 14). It is necessary
to tighten this finger screw to secure
the vertical shaft to the measuring bow
Loosen the finger screws on the clamps
marked #1 and #2 on the vertical shaft.
With your thumb, loosen the center
wheel on the top of the measuring bow
and slide the bow open to accommodate
the width of the patient’s face. Assemble
the facebow on the patient by sliding the
bitefork arm through the hole in clamp
#2 as the measuring bow’s earpieces are
placed in the patient’s auditory meatus
(see Figure 15). Tighten the center wheel
on the measuring bow and loosen the
finger screw on the anterior reference
FIG. 14
FIG. 15
pointer. Raise or lower the bow so that
the pointer or sight aligns precisely with
the anterior reference point (see figure
16) and tighten clamp #1, then clamp
#2 (see Figures 17 and 18). When tightening clamps #1 and #2, care must be
taken not to displace the bow to either
side by having the vertical shaft rest on
11
FIG. 16
FIG. 18
FIG. 20
FIG. 17
the fingers as shown in Figure 17. The
patient’s inter-condylar distance is the
measurement indicated on the scale (see
Figure 19). Record this measurement.
Loosen the finger screw on the measuring bow, slide the bow open, and
remove the entire facebow from the
patient.
12
FIG. 19
Detach the measuring bow from the
transfer jig by loosening the finger screw
(see Figure 20). Having completed the
procedures involving the patient, the
bitefork assembly (see Figure 21) may be
labeled with the patient’s name and set
aside while the measuring bow portion
can be used with an additional bitefork
assembly for the next patient.
FIG. 21
Note: The metal bitefork, vertical shaft
and earpieces can be sterilized in an
autoclave EXCEPT for the black finger screws on the #1 and #2 clamps.
Remove the finger screws (and spacers)
before autoclaving or use cold sterilization.
Sterilize bitefork before each use.
III MOUNTING THE CASTS
A benefit of using the Denar® Slidematic
Facebow is that multiple transfer jigs
may be used with only one measuring
bow. Although it is not always recommended, the mounting of the maxillary
cast can be delegated to the laboratory,
involving no loss of accuracy and no
period of time without facebow transfer
capability in the dental office. The laboratory can attain an articulator index for
their own Denar® articulator and mount
the maxillary cast using only the bitefork
assembly from the dental office. Each
articulator index positions the bitefork
assembly on any Denar® articulator so
that the relationship with the condyles
recorded on the patient is accurately
reproduced on the articulator.
Mounting the Maxillary Cast
Replace the incisal table on the articulator with the articulator index (see Fig.
22). With the numbers on clamps #1 and
#2 in the upright position, secure the
reference pin of the bitefork assembly in
the hole of the articulator index. Tighten
the lockscrew on the front edge of the
index (see Fig. 23).
Attach a mounting plate to the upper
bow. Be sure that the incisal pin is at the
zero position and that the upper bow is
level and parallel to the table top.
FIG. 23
FIG. 22
The position that the incisal pin sits on
the articulator index is determined by the
type of incisal pin being used. The incisal
pin (110092) with the long centric adjustment foot (used with the 110109 or
110241 incisal table) sits on the highest
section of the movable insert. The round
long incisal pin (300042, used with the
110193 incisal table) sits in the center of
the index. The round, short incisal pin
(300200-1), used with the 110240 incisal
table) sits on the movable metal piece in
the center of the index (see Fig. 24). In
situations where the Slidematic facebow
is being used with the same articulator,
secure the movable metal insert with a
drop of wax once the insert’s appropriate location has been determined.
13
Mounting the Mandibular Cast
Attach a mounting plate to the lower
bow. A centric relation checkbite record
is used to mount the mandibular cast.
With the maxillary cast attached to
the articulator and the centric locks
engaged, invert the articulator and place
the centric relation checkbite record
between the maxillary and mandibular
FIG. 24
Place the maxillary cast in the wax index
on the bitefork, close the articulator,
and mount the cast with stone to the
mounting plate (See Fig. 25) . Normally, a
maxillary cast support is not necessary,
although one may be used, if desired.
Once the stone has hardened, remove
the transfer jig and replace the incisal
table in the articulator.
14
FIG. 26
FIG. 25
casts (See Fig. 26). Stabilize the position
of the casts with either a rubber band
or sticky wax. Adjust the incisal pin to
accommodate the increased vertical
distance caused by the thickness of the
centric relation bite record.
Double check to be certain that the
condyles are seated against the rear of
the fossae, and using stone, proceed to
mount the mandibular cast to the mounting plate on the articulator (See Fig. 27).
FIG. 27
IV SETTING THE
CONDYLAR CONTROLS
The Track II articulator features three
condylar path of movement adjustments:
1) protrusive condylar path; 2) progressive sideshift and 3) immediate sideshift.
The operator may select any of the following alternate methods for making
these adjustments dependent upon his
or her specific requirements and preference.
PROTRUSIVE
1.Arbitrary method. Set to 30 degrees.
(This inclination is sufficiently low to
eliminate almost all protrusive interference.)
2.Checkbite method. Loosen the protrusive and progressive sideshift adjustments on both sides of the articulator.
Disengage the centric positioner. Set
the protrusive checkbite record on
either cast. Move the opposing cast in
the protrusive position and seat it into
the checkbite record. If the cast does
not seat accurately, apply very light
pressure to the bow of the articulator
and rock the protrusive adjustments
back and forth until the most accurate
seating of the casts into the record
is achieved (Fig. 28). (This procedure
must be done very carefully so as not
to modify the record.) Lock the protrusive and progressive sideshift adjustment lock screws.
PROGRESSIVE SIDESHIFT
a.Average Anatomic Setting: = 7°
b.Arbitrary Setting: = 7+°
c.Lateral Checkbite (procedure
explained below without incorporating
the immediate sideshift)
15
IMMEDIATE SIDESHIFT
1.Arbitrary adjustment. Setting this
adjustment to zero provides for tight
coupling of the centric holding cusps
in the position of maximum intercuspation. Increasing the immediate sideshift adjustment in treatment provides
for greater lateral freedom in the position of maximum intercuspation.
For example:
0 mm = tight intercuspation
0.5 mm = slight lateral freedom
1.0 mm = moderate lateral freedom
1.5 mm = greater lateral freedom
2.Lateral checkbite method. Condylar
path of movement studies* have
shown that in almost all patients once
the immediate sideshift has occurred
the orbiting (balancing) condyle moves
forward on a path inclined 7° medially
to the saggital plane (progressive sideshift).
*Luncleen, Harry C. and Wirth, Carl
G. Condylar Movement Patterns
Engrated in Plastic Blocks, Journal of
Prosthetic Dentistry, December 1973,
pages 870-873.
16
Therefore in this technique, due to inherent difficulties and potentials for error
in obtaining accurate lateral checkbite
records and setting the articulator to
these records, more accurate results can
be achieved by assuming the patient has
a progressive sideshift of 7° and using
the lateral records only to set the immediate sideshifts.
When setting the immediate sideshift
adjustment to lateral checkbite records:
a.Set both sides of the articulator to the
following adjustments:
Progressive Sideshift: 7° locked
Protrusive: 30° unlocked
Immediate sideshift: 2 mm (screws
turned counterclockwise two
full revolutions).
b.Seat the right lateral checkbite record
between the casts with the articulator
in a right lateral mandibular bow position. While maintaining a slight pressure on the bows, rock the left protrusive path adjustment back and forth
until the most accurate seating of the
cast into the record is achieved. (This
procedure must be done very carefully
so as not to modify the record.) On
occasion you will note that the cast
will not seat accurately on the rotating side. (In this instance, right side.)
This is because the patient’s rotating
condyle may have also moved up or
down and backward or forward as it
moved out and this condylar position was reflected in the checkbite
record. However, seat it as accurately
as the articulator will allow. To set
the immediate sideshift turn the right
adjustment screw clockwise with the
key provided until the screw head
lightly touches the lateral aspect of
the condylar element. Now remove
the checkbite record and lower the
incisal pin to disengage the posterior
teeth and lock it in this position. With
the key provided turn the immediate
sideshift adjustment screw clockwise
and count the revolutions required to
achieve the most close position. The
thread of the screw provides for 1 mm
of immediate sideshift for each complete 360° revolution. A quarter turn
(90°) represents 0.25 mm of immediate
sideshift. Now the measurement has
been made and should be recorded
on the patient’s record. Resetting the
immediate sideshift to this measurement will allow the instrument to more
faithfully simulate the immediate sideshift of the patient. The measurement
of the left immediate sideshift is done
in the same manner utilizing a left lateral checkbite record.
DISCUSSION: A lateral checkbite
record is a positional record in that it
records only one position of the orbiting condyle. This condylar position
reflects the patient’s unique combination of any immediate and progressive
sideshift movements. However, there
are many combinations of immediate
and progressive sideshift articulator
adjustments which can achieve this
same condylar position. In the past
many articulators had only progressive
sideshift adjustments without any provision for immediate sideshift movement. When lateral checkbite records
were used to set such an instrument
the total sideshift was reflected in the
articulator only as progressive sideshift. One school of thought contends
that in this usage the cusps tend to
be more tightly coupled in the position
of maximum intercuspation, generally
requiring more occlusal correction on
insertion of the restoration and the
cuspal inclines of the posterior teeth
tend to be more reduced because
of the greater progressive sideshift
adjustment.
Restorations developed on an instrument that produces an immediate
sideshift will typically feature a greater
freedom (and possibly less occlusal
correction on insertion) in the position of maximum intercuspation. In
this usage, since the total sideshift is
divided into immediate and progressive components, the progressive
component decreases as the immediate component increases to arrive at
the same condylar position recorded
by a lateral checkbite record. The
contention is that this will result in
increasingly steeper cusps especially
in the area of the balancing inclines of
posterior teeth on the orbiting (balancing) side.
to the average anatomy dimension
of 7°, and use the lateral records to
measure only the immediate sideshift
components. The protrusive adjustment is set to the protrusive checkbite
records. These articulator settings
are used in diagnostic procedures
and occlusal analysis. In treatment
procedures the progressive sideshift
adjustments may be increased to 7°+
to insure non contact of the balancing inclines (buccal lingual) of cusps
on the orbiting side. The greater the
increase in the progressive sideshiftmovement the greater the clearance of
these cuspal inclines (ie., a 15° setting
will provide for greater clearance than
a 10° setting).
As previously stated, when an articulator featuring both immediate and progressive sideshift adjustments is set to
lateral checkbite records, one procedure is to set the progressive sideshift
17
APPENDIX A–
FIELD INSPECTION GAGE
An added benefit of all Denar® articulators is that they can be calibrated so that
mounted casts can be transferred with
precision from one articulator to another.
The Denar® Field Inspection Gage (D7)
accomplishes this calibration by aligning the horizontal and vertical relationships by means of three dimensional
adjustments of the articulator. Thus, a
restoration can be in progress on the
laboratory’s articulator while the doctor’s
or student’s articulator is free for other
restorations. Note: When calibrating the
Track II articulator the vertical adjustment is made by an elliptical action of
the condylar shaft where it connects into
the lower bow. To adjust vertical height,
loosen the two condylar shaft lock
screws (Fig. 29). Insert the sideshift key
into the slot at the end of the condylar
shaft (Fig. 30). Turn the condylar shaft
slowly clockwise. (Do not turn counterclockwise for vertical adjustment.) The
vertical movement can be observed by
watching the dial indicator on the Field
Inspection Gage. Continue to turn the
18
Condylar shaft
Lock Screws
FIG. 29
FIG. 30
Horizontal Adjustment
Lock screws
FIG. 31
condylar shaft clockwise until a zero setting is obtained. This procedure will be
the same for both sides. Note: When
you change the height of one condyle it
affects the readings on both dial indicators. When at zero settings check to see
that the instrument dials stay within plus
or minus 1-1/2 thousandths of an inch
(± .0015).
The horizontal adjustment is made by
loosening the horizontal adjustment lock
screws on both sides of the articulator
the minimum amount necessary to allow
horizontal movement of the horizontal
crossbar (Fig. 31). Engage the centric
positioner of the articulator. While maintaining slight downward pressure on the
horizontal crossbar of the lower member
of the articulator to keep the horizontal
crossbar seated flush on the crossbar
supports, slide the horizontal crossbar in
the horizontal plane until the centric dots
are on the junction of the crossbar targets as viewed through both scopes and
stay within five thousands of an inch (±
.005 inch). Then while carefully maintaining the crossbar position incrementally
tighten in a criss-cross sequence the
four horizontal adjustment lock screws.
For additional operation procedures on
the Field Inspection Gage, please refer
to the Instruction Manual enclosed with
the gage.
APPENDIX B–
D31AB FACEBOW/
EARBOW
The Denar® D31AB Facebow/Earbow is
another accessory facebow that can be
used to establish the relationship of the
maxillary structures to the horizontal and
vertical reference plane so the maxillary
cast may be mounted on the articulator in the correct anatomical position.
The Denar® D31AB Facebow/Earbow
provides an extremely accurate means
of transferring the casts through either
earbow or facebow registration.
The Denar® D31AB Facebow/Earbow
consists of standard facebow/earbow
sidearms, crossbar, dentulous bitefork,
and all necessary accessories. Order
part #101437.
The use of the D31AB involves three
simple procedures:
a.Locating three reference points: one
anterior and two posterior, either the
ears or the hinge axis.
b.Assembling the facebow/earbow on
the patient.
c.Transferring the facebow/earbow to
the articulator.
When using as an earbow transfer to
hole on side of fossa as pictured.
19
APPENDIX C–
CARE AND MAINTENANCE
Your Whip Mix articulator is a precision
instrument and requires care and maintenance. Periodic cleaning and lubricating as described below will assure prolonged life and dependable service from
the instrument. Failure to follow these
instructions will void your warranty.
Cleaning– Use a mild soap and water
solution with the aid of a brush to dissolve accumulations of wax and to wash
away carborundum grit. Then air dry
and lubricate. DO NOT use strong detergents, alkalies, gasoline or naphtha as
cleaning agents!
Lubrication– Lubricate the working and
bearing components with a thin film of
sewing machine or high speed handpiece type oil. Wipe off excess oil to
prevent accumulations of dust or grit. A
thin coating of petroleum jelly must be
applied to all articulator surfaces that will
be contacted by the gypsum mounting
material.
20
APPENDIX D–
ACCESSORIES
Storage– Store the articulator in a clean,
dry atmosphere free of plaster and
Carborundum dust; away from acids,
alkalies, or corrosive medicaments.
Wait a full day after mounting casts
before storing the articulator in a carrying case. Moisture dissipation from
the stone in an enclosed area causes
alkalinity of the stone mixture which can
damage the articulator surface.
Incisal Pins and Tables
P2T2
Pin:
Long Centric/
Adjustable Foot
(110093)
Table:
Custom Platform, step
(110241)
P2T3
Pin:
Long Centric/
Adjustable Foot
(110093)
Table:
Adjustable
(110109)
P4T4
Pin:
Short Round
with support
(300270)
Table:
Custom Platform, flat
(110240)
Maxillary Cast Support (101217)
D31AB Facebow/Earbow
(See Appendix B)
P6T6
Pin:
Tapered
(110509)
Table:
Adjustable
(110635)
Slidematic Facebow with three
Denar® transfer jigs; (200011-6)
Disposable Mounting Plates, bag of
10 (1100026-10)
21
WARRANTY
Articulator Carrying Case (110293-1)
Magnetic Mounting System
Converter Plates (20002367)
Disposable Magnetic Mounting Plates,
bag of 20 (20002368)
22
Whip Mix Corporation warrants the articulator system to be free from defects in
material and/or workmanship for a period of one year. In the event of a defect,
please notify the factory in writing of the
defect prior to returning the instrument.
Whip Mix Corporation will, at its option,
either repair, replace or issue credit for
such defects.
Because Whip Mix Corporation is continually advancing the design of its
products and manufacturing method, it
reserves the right to improve, modify or
discontinue products at any time, or to
change specifications or prices without
notice and without incurring obligations.
Whip Mix Corporation - West
1730 East Prospect Rd., Suite 101
Fort Collins, CO 80525
Toll-Free: 1-800-201-7286
Fax: 1-970-472-1793
www.whipmix.com
©2008 Whip Mix Corporation
Denar® and logo are registered trademarks of Whip Mix Corporation
FN 8111-F AD R0608