Dentsply Sirona Eclipse Manual

Eclipse®
Prosthetic Resin System
Laboratory Directions For Use
and Clinical Directions For Use
Labor-Verarbeitungsanleitung
und klinische Verarbeitungsanleitung
Mode d’emploi pour les laboratoires
et pour les cliniques
Istruzioni per l’uso di laboratorio
e Istruzioni per l’uso clinico
Instrucciones de uso para laboratorio
e Instrucciones clínicas de uso

1
Indications for Use:
The Eclipse® Prosthetic
Resin System is indicated
for:
1. Fabrication of dentures,
appliances and prostheses
2. Repair of dentures,
appliances and prostheses
3. Relining of denture surfaces
Contraindications for Use:
See precautions and warnings.
Warnings:
This product contains
polymerizable materials. It does
not contain methyl methacrylate
(MMA) monomer. It is possible
that some dental health care
workers may develop an allergy
or sensitivity to the product.
Wash thoroughly with soap and
water after contact. If dermatitis
or other symptoms persist, seek
medical advice. Do not immerse
Eclipse appliances in boiling
water.
May not be appropriate for
partial dentures where limited
vertical dimension is present, or
complete dentures with less than
12mm inter-arch space (6mm for
single denture).
Precautions:
1. This product is intended to
be used only as specifically
outlined in the Directions
For Use. Any use of this
product inconsistent with
the Directions For Use
is at the discretion and
sole responsibility of the
practitioner.
2. Users with special skin
problems, cuts or abrasions
may choose to wear
protective gloves.
3. When grinding prosthodontic
resins, proper ventilation,
masks and vacuum systems
should be used.
4. Since the Eclipse resins will
become the final prosthesis,
cleanliness is very important
to an acceptable outcome.
Wash hands before using
uncured Eclipse materials.
5. Store at 60-80° F (16-27°
C), away from moisture and
in a light-safe container. The
materials may polymerize
prematurely if stored at
excessively high temperature
or if exposed to a visible
or UV light source. Do not
expose to direct sunlight.
6. Unused baseplate and clear
resin materials should be
cured prior to disposal.
Small amounts of set-up
and contour resin may be
disposed of without curing.
7. Items removed from the
curing unit are hot! Use
heat-resistant gloves
provided.
8. Do not remove prostheses
from models until cool.
9. If the resin materials will
not release easily from the
package material (may occur
in warm ambient conditions),
place the package in a
refrigerator/freezer for a few
seconds to facilitate removal.
10. The following disinfectants
have been used successfully
with cured and uncured
Eclipse resins:
 •Glutaraldehyde-based
disinfectants
 •Quaternaryammonium
chlorides
 •Quaternaryammonium
chlorides/isopropyl alcohol
(low concentration)
 •Spray-basedphenolics
Use of other disinfectant
products may not be suitable
with Eclipse. Avoid disinfectants
containing iodine.
en

2
Adverse Reactions:
1. Allergic contact dermatitis
and other allergic reactions
may occur in susceptible
individuals.
2. Dust will be generated when
grinding these materials. Eye,
skin and respiratory irritation
may occur if appropriate
engineering controls are not
used.
NOTE: Stop and read operating
manuals for equipment before
continuing to read Laboratory
Directions for Use.
LABORATORY
DIRECTIONS FOR USE:
I. FULL DENTURES
A. Baseplate
1. Box and pour the master
model. The land area of the
model should be 1mm or less
above the depth of the sulcus
to allow light penetration for
complete curing.
2. Carve the post-dam in the
master model if not included
in the impression.
3. Due to undercuts, a duplicate
or working model may be
required for articulation
and set-up. The baseplate
must be cured on the master
model.
4. Place temperature indicator
on model. Paint a thin layer
of separator (Al-Cote®
Separating Agent) on the
dry master model and allow
separator to dry completely.
NOTE: Since the baseplate and
set-up will become the final
prosthesis, cleanliness is very
important to an acceptable
outcome.
5. Heat the master model to
120-130°F (49-54°C) in the
Dentpsly Sirona Conditioning
Oven set at 131°F (55°C).
Heating time will vary
depending on the number of
models in the Dentpsly Sirona
Conditioning Oven and the
water content of the gypsum.
Temperature Indicator
(provided) will turn black
when model is at correct
temperature.
6. Place the rounded sides
of the upper or lower size
Baseplate Resin arch on
the ridge and allow the
Baseplate Resin to warm on
the model for 30 seconds.
Carefully adapt the labial/
buccal surfaces to avoid
air entrapment. Begin
adaptation at the crest of
the ridge and slowly and
carefully adapt the material
down the buccal slope and
into the vestibule last. Follow
the same procedure for the
palatal/lingual section. For
the maxillary baseplate,
carefully join the two sides at
the midline without trapping
air.
7. Apply Eclipse Air Barrier
Coating to the entire surface
of the baseplate, and place it
in the Eclipse Processing Unit
within 10 minutes; then start
the baseplate cure sequence.
(Menu #1/Full Baseplate
Cure)
* Alternate Curing Units -
Austenal® Enterra™ VLC
Curing Unit/ Eclipse®
Junior (EU Only) - Refer to
appropriate Directions for
Materials Use in these curing
units.
8. When the curing cycle
is complete, remove the
baseplate/model from the
Eclipse Processing Unit
and allow the baseplate/
model to cool on the bench
until reaching ambient
temperature.
9. Soak the baseplate and
master model in tap water

3
for 5 to15 minutes to facilitate
baseplate removal from the
master model. If undercuts
are present, section the
master model carefully with
a separating disc from the
underside prior to removal.
10. Trim and smooth the
baseplate borders. If the
master model is damaged
during removal of the
baseplate, the duplicate
model may require
modification to allow
seating of this baseplate for
articulation and tooth set-up.
Alternatively, blocking out
undercuts in the processed
baseplate can help make a
working model. When making
a working model, protect the
borders by applying a utility
wax bead prior to pouring
stone or plaster into the
processed baseplate.
11. For the Hybrid Denture
Technique (Eclipse Baseplate
Resin + Lucitone 199®), refer
to Eclipse® Wax Remover
Directions for Use.
B. Occlusion Rims
1. Place wax occlusal rims on
the baseplate and send to
the clinician for aesthetic and
occlusal records.
2. When returned, mount the
models using the baseplate(s)
and occlusal rims with
the occlusal registration.
Transfer occlusal markings
and aesthetic markings
(i.e. midline, canine, smile
line, dominant side) to the
opposing cast.
3. While the baseplate is still
on the model, completely
clean all traces of wax from
the baseplate by rinsing
with clean boiling water,
or use a lab steamer. DO
NOT IMMERSE IN BOILING
WATER. Complete removal
of wax is critical to success.
4. Allow the baseplate to cool to
room temperature while still
on the model.
5. Roughen the entire outer
surface of the baseplate
with a coarse carbide bur or
diamond to enhance bonding.
A butt joint is recommended
about 1-2 mm above the
depth of the sulcus. The goal
is to eliminate feathered
edges of Contour Resin on
the flange.
6. Clean the entire
prepared surface,
thoroughly
scrubbing with a
clean denture
brush and tap water; then
dry. Following this, use a
brush and isopropyl or ethyl/
denatured alcohol to clean
the surface; then blow dry
with clean compressed air.
C. Tooth Set-Up
Interim Preparation Steps:
1. Soften Set-up Resin by
placing the package
inside the Dentpsly Sirona
Conditioning Oven at 131°F
(55°C) for about 5-10 minutes
if desired.
2. Melt Contour Resin in the
Dentpsly Sirona Melting Pot
(120V) on setting 8, or in the
Renfert Vario E Melting Pot
(230V) at a temperature of
189°F (87°C).
NOTE: Clean the Contour Resin
from the Dentpsly Sirona Melting
Pot after 8 hours to assure that
only fresh material is used. Limit
light exposure to the melted
Contour Resin by keeping the lid
on the Dentpsly Sirona Melting
Pot closed when not transferring
resin to the denture.
3. Remove wax from teeth with
clean boiling water using the
Dentpsly Sirona Tooth Cage,
or other means.
Cast

4
4. Store prepared and cleaned
teeth in the Dentpsly Sirona
Tooth Box until setting teeth.
5. Deglaze teeth.
6. When using plastic teeth,
prepare teeth using Eclipse
Bonding Agent. See Bonding
Agent Directions For Use
and follow Step-By-Step
instructions.
7. When using porcelain teeth
with pins and/or vent holes,
no tooth preparation is
required.
8. The Eclipse Set-up Resin
may be used as supplied or
cut lengthwise to preferred
diameter. Melt the bottom of
the Set-up Resin with the flat
surface of the Wax Pencil tip;
then place it onto the ridge
area of the baseplate. Use as
little Set-up Resin as possible.
9. Melt the surface of the Set-up
Resin with the Dentpsly
Sirona Wax Pencil Pro or
DentpslySironaHotAirGun
just prior to tooth placement.
Set teeth while Set-up Resin
is in a softened condition.
Use the Dentpsly Sirona
Wax Pencil Pro; temperature
set at 3 o’clock position is
suggested to flow molten
Contour Resin around teeth
to hold in position.
NOTE: Do not “slice” Set-up
Resin with Dentpsly Sirona Wax
Pencil Pro as you would wax, as
this will entrap air.
10. Complete contouring of the
denture base by using the
Dentpsly Sirona Wax Pencil
Pro, Temperature set at 3
o’clock position is suggested
to flow liquefied Contour
Resin onto the denture as
needed. Observe the Contour
Resin as it is applied onto
the denture and “pop” any
bubbles that are seen while
the resin is still fluid. Contour
Resin should cover all Set-up
Resin and exposed baseplate.
Contour to desired shape.
NOTE: Allow Contour Resin to
cool before contouring.
NOTE: Do not whip the Contour
Resin to re-suspend red fibers
as they settle out. Stir gently
to re-suspend fibers, which will
minimize air entrapment.
NOTE: Contour the denture to
the finished dimensions. Do not
“bulk-up.”
11. Carve around teeth with a
sharp instrument and festoon
Contour Resin with the
instrument of your choice.
Make sure teeth are clean
of all flash/Contour Resin
for best results. Instruments
should be free of wax
and dedicated for Eclipse
materials only. Use the
Dentpsly Sirona Hot Air Gun
to smooth the Contour Resin
around teeth and gingival
area, as well as the junction
of the baseplate and Contour
Resin. At this point, the
denture is ready for try-in.
NOTE: Due to the light curing
nature of the material, the
uncured try-in must be sent to
the dentist in a Light Safe Bag
(provided in Baseplate Resin
package).
D. Adjustments
1. If teeth must be re-positioned
in the lab after the try-in visit,
this is best accomplished by
keeping the uncured denture
cool and breaking the teeth
away from the uncured resin.
Refrigerating for a short
time will make this easier.
The teeth can then be re-set
with a melt interface using
a small amount of Set-up
and Contour Resin. Melting
the resins to loosen and
re-position the teeth may
cause air entrapment and
handling challenges.

5
2. Check uncured denture for
tight tooth-to-base margins.
Re-adapt if needed.
3. Remove model from
articulator mounting.
E. Processing
There are two methods for
preparing a denture for
processing to ensure the best fit:
A. Pour a fresh model into the
denture when ridges have
been broken, adjusted, or
if patient has flat ridges
(see step 1).
B. Use existing model and
EclipseGeltosealborders
on other case types (go to
step 2).
1. If pouring an upper model
(100% stone or 50:50 mix)
into the denture, keep
gypsum away from labial
and lingual surfaces to avoid
shadows that may
result in areas of
under-cure.
2. If pouring a lower
model (100%
stone or 50:50
mix) into the
denture, keep gypsum away
from labial surfaces and
keep the lingual open (model
forms a horseshoe) to avoid
shadows that may result in
areas of under-cure.
3. Apply Eclipse Air Barrier
Coating to denture, covering
all external resin surfaces and
teeth.
4. Place the denture/model
in the Dentpsly Sirona
Conditioning Oven set at
130°F (55°C) and pre-heat for
at least 1 hour (but not longer
than 8 hours).
5. Remove denture/model
from the Dentpsly Sirona
Conditioning Oven. If a fresh
model was used, go to step 6
immediately. If using existing
model, follow these steps:
 •Useabrushtoapply
Eclipse Model Release
Agent to denture flange
areas. Do not allow Eclipse
Model Release Agent to
come in contact with the
land area of the model.
 •Sealdenturetomodelby
usingtheEclipseGelon
the borders. Seal all border
areas except within about
1/4 inch of the buccal
frenum attachments. Do
this even if frenum areas
are not very pronounced
or are non-existent.
6. Place the denture/model in
the Eclipse Processing Unit
on the center of the turntable;
then start the curing process.
(Menu #2/Full Partial Dent.)
7. When the cure cycle is
complete, use heat-resistant
gloves (provided) to remove
the denture/model from
the Eclipse Processing Unit.
Then allow the denture/
model to cool until the
denture reaches ambient
temperature. Then separate
the denture from the model.
DO NOT TOUCH WHILE HOT!
ALLOW TO COOL TO ROOM
TEMPERATURE BEFORE
REMOVING CURED GEL! (if
used).
8. RemovethecuredEclipseGel
(if used) and wash away the
Eclipse Air Barrier Coating
with water and a soft brush.
9. Remount the denture(s) and
verify occlusion.
10. Finish denture using a lathe
or handpiece and polish in
the usual manner.
II. Removable Partial
Dentures
Framework Design: Use large
gauge retentive mesh for saddle
areas. This will improve the
ability to adapt the material and
minimize the chance of cure

6
shadows or air entrapment. Solid
metal areas should be minimized
and used only where strength
of the framework is a concern.
Rounded mesh designs are also
better than the square patterns.
If possible, use a 1mm (26 gauge)
block out thickness.
A. Baseplate
1. Box and pour the master
model. The land area of the
model should be 1 mm or less
above the depth of the sulcus
to allow light penetration for
complete curing.
2. Due to undercuts, a duplicate
or working model may be
required for articulation
and set-up. The baseplate
must be cured on the master
model.
3. Paint a thin layer of Al-Cote
Separating Agent on the
dry master model and allow
separator to dry completely.
NOTE: Since the baseplate
and set-up will become the final
prosthesis, cleanliness is very
important to an acceptable
outcome.
4. Heat the master model to
120-130°F (49-54°C) in the
Dentpsly Sirona Conditioning
Oven set at 131°F (55°C).
Heating time will vary
depending on the number of
models in the Dentpsly Sirona
Conditioning Oven and the
water content of the gypsum.
Temperature Indicators
(provided) placed on model
will turn black when model is
at the proper temperature.
5. Cut an appropriate section
from an Eclipse Baseplate
Resin arch. Apply Baseplate
Resin with the rounded
side to the crest of the
ridge of the warm model
and work material to the
desired extension. Avoid air
entrapment.
6. Warm the cast partial
framework in the Dentpsly
Sirona Conditioning Oven
or with the Dentpsly Sirona
HotAirGun;thenseatthe
warmed framework onto the
model and into the baseplate
material. Make sure the rests
and tissue stops are fully
seated.
7. Adapt the baseplate material
around retentive frame areas,
using finger pressure.
8. Trim excess Baseplate Resin
from around the major
connector with the Dentpsly
Sirona Wax Pencil Pro;
temperature set at 3 o’clock
position is suggested. Add
resin as needed to complete
the saddle area.
9. Apply Eclipse Air Barrier
Coating to the entire surface
of the baseplate. Within
10 minutes, place it in the
Eclipse Processing Unit;
then start the processing
sequence for partial
baseplate. (Menu #3/Partial
Baseplate)
10. Allow baseplate/model to
cool to ambient temperature.
11. Soak model/partial in tap
water for 5 to 15 minutes
to facilitate removal. If
necessary, section the model
carefully with a separating
disc from the underside prior
to removal.
12. Trim and smooth the
baseplate borders.
13. For the Hybrid Denture
Technique (Eclipse Baseplate
Resin & Lucitone 199®), refer
to Eclipse Wax Remover
Directions For Use.
B. Occlusal Rims
1. If bite registration is required,
return to the clinician for
occlusal records.
2. When returned, mount
the models using the bite

7
registration. Transfer any
necessary occlusal markings.
Completely clean all traces
of bite registration material
from the baseplate (while
on the model) by rinsing
with clean boiling water
or use a lab steamer. DO
NOT IMMERSE IN BOILING
WATER. Complete removal
of wax is critical to success.
3. Allow the baseplate to cool to
room temperature while still
on the model.
4. Roughen the entire outer
surface of the baseplate
with a coarse carbide bur or
diamond to enhance bonding.
A butt joint is recommended
about 1-2mm above the depth
of the sulcus. The goal is to
eliminate feathered edges of
Contour Resin on the flange.
5. Clean the entire prepared
surface, thoroughly
scrubbing with a clean
denture brush and tap water;
then dry. Following this, use a
brush and isopropyl or ethyl/
denatured alcohol to clean
the surface; then blow dry
with clean compressed air.
C. Tooth Set-up
SEE FULL DENTURE SECTION -
C. TOOTH SET-UP.
D. Adjustments and
Processing
SEE FULL DENTURE SECTION,
D. Adjustments and E.
Processing, with one exception:
EclipseGelisnotrequiredfor
partial dentures. Place the partial
denture in the Eclipse Processing
Unit and cure. (Menu #2/Full/
Partial Dent.)
III. OPTIONAL METHOD
FOR FULL AND PARTIAL
DENTURES
Conventional dental wax can be
used to set teeth in combination
with an Eclipse processed
baseplate to make a try-in
denture.
1. After receipt of the try-in
denture from the dental
professional, use a matrix to
establish tooth position in
relation to the model. Then
remove the wax from the
processed baseplate and
teeth.
2. When using plastic teeth,
prepare the teeth using
Eclipse Bonding Agent. See
Bonding Agent Directions
For Use and follow the
Step-By-Step instructions.
(Mechanical retention is an
alternative method that may
be used at this point.)
If you prefer to
use mechanical
retention,
directions are
as follows:
Anterior
teeth: Use
keyed retention slots and
cut a collar groove around
the tooth or in the lingual/
gingival area.
Posterior teeth: Use keyed
retention slots or cut a collar
groove around the tooth if
insucient vertical dimension
exists to cut the keyed slots.
Keyed Retention Slots: Use a
handpiece and the Dentpsly
Sirona Knife Edged Diamond
(Re-order #905128) to cut
two keyed retention slots
into each tooth as shown.
It is important that the two
slots are not made parallel
to each other. Maximize the
distance between the slots
and cut at a 45˚ angle. The
slot depth should be 1 to 1.5
mm deep for small to large
teeth respectively. Similarly
the slot width should be
0.75 to 1.5 mm for small to
Retention
slots
Collar
groove

8
large teeth
respectively.
Collar
Groove: Use
a handpiece and the
Dentpsly Sirona Collar
GrooveDiamond(Re-order
#905129) to grind a groove
into the collar area of the
tooth as shown here. The
collar retention should be a
groove and not a slot. There
should be no sharp angles
in the groove. The groove
should be positioned 0.5 to
1.0 mm from the edge of the
ridge lap for small to large
teeth respectively. Similarly,
the groove depth should be
0.5 to 1.0 mm for small to
large teeth respectively.
Clean the ridge lap area by
lightly scrubbing with a clean,
dry sti brush; then blow with
clean compressed air.
3. Melt the bottom of the
Set-Up Resin with the flat
surface of the Dentpsly
Sirona Wax Pencil Pro Tip;
then apply Set-up Resin to
the roughened processed
baseplate. Heat with the
Dentpsly Sirona Hot Air
GuntosoftentheSet-up
Resin. Reposition the teeth/
matrix onto the processed
baseplate. Using Dentpsly
Sirona Wax Pencil Pro, melt
Set-up Resin around each
tooth to ensure that there are
no air voids. Finish denture
using Contour Resin as
desired.
IV. Denture /
Partial Denture Relines
A. Partial Dentures
1. Box and pour reline
impression in dental stone.
2. Remove boxing wax and trim
cast on a model trimmer to
desired dimensions and key
or index model. The land
area of the model should be
1 mm or less above the depth
of the sulcus to allow light
penetration for complete
curing.
NOTE: For best results and to
eliminate the need to box and
pour, a “pick-up” impression
should be taken over the seated
partial denture and natural teeth.
Apply Eclipse Model Release
Agent to the underside of the
major connector to prevent the
stone from locking the frame to
the cast.
3. Sparingly lubricate the
denture teeth with Eclipse
Model Release Agent, and
also lubricate the top of
the cast with Eclipse Model
Release Agent.
4. Using a standard reline jig,
articulator, or duplicator,
attach the model to the
upper member with mounting
plaster and allow the plaster
to harden.
5. Make a thick mix of mounting
plaster, attach it to the lower
member of the articulator,
jig, or duplicator, and close
the mounted denture into the
plaster mix to a 1/3 depth of
the denture teeth.
6. Carefully remove the
denture/model from the
mounting. Carefully remove
the denture from the model
and heat the model in the
Dentpsly Sirona Conditioning
Oven set at 131°F (55°C) for
at least 30 minutes to drive
o moisture.
7. Completely remove the
impression material and any
adhesive from the denture
base and grind o 1/3 of the
flange area from the resin
saddle. If the cast mesh
retention element of the
framework does not allow 1/3
of the resin to be removed,
Collar
groove

9
grind the flange area just
to the edge of the retention
mesh. Take care not to
expose the mesh. Remove
enough material from the
ridge area to allow ample
Eclipse Baseplate Resin
to flow under the saddle
area.Grindtheedgesofthe
flange to a beveled joint
configuration.
8. Clean the entire prepared
surface, thoroughly
scrubbing with a clean
denture brush and tap water;
then dry. Following this, use a
brush and isopropyl or ethyl/
denatured alcohol to clean
the surface; then blow dry
with clean compressed air.
9. Remove the cast from
the Dentpsly Sirona
Conditioning Oven and place
a temperature indicator on
the model. Apply a thin coat
of Al-Cote Separating Agent
to the model and allow to dry.
Place the mounted model and
the denture in its index in the
Dentpsly Sirona Conditioning
Oven until the temperature
indicator turns black.
10. Remove sucient amount
of Eclipse Baseplate Material
from the package to
complete the reline. Remove
the cast from the Dentpsly
Sirona Conditioning Oven,
adapt the Eclipse Baseplate
Resin onto the tissue areas,
and place the cast back in the
Dentpsly Sirona Conditioning
Oven for 1 minute to soften
the resin.
11. Remove the cast and denture
from the Dentpsly Sirona
Conditioning Oven and
further warm the saddle area
of the partial denture with
the Dentpsly Sirona Hot Air
Gun.Placethedentureonto
the cast, slowly compressing
the Eclipse Baseplate Resin
until the rests are fully seated
into their stops. Verify the
occlusion by replacing the
cast/denture assembly in the
jig.
12. Remove the cast from the
jig and, using the Dentpsly
Sirona Wax Pencil Pro;
smooth the junction between
the cured and uncured resins.
Take care not to entrap air.
Warm the contoured areas
slightly with the Dentpsly
SironaHotAirGun.
13. Apply Eclipse Air Barrier
Coating to the denture saddle
areas and place into the
Eclipse Processing Unit and
cure. (Menu #4/Tooth/ID/
Reline SD1)
14. Allow to cool to ambient
temperature and then
carefully remove the partially
cured reline from the model.
Coat the tissue bearing
surface with Eclipse Air
Barrier Coating and insert
the denture into the Eclipse
Processing Unit, tissue side
up, and cure. (Menu #6/
Repair/Reline SD2)
15. After curing, allow the
denture to cool to ambient
temperature and wash o the
Eclipse Air Barrier Coating
with a brush and water.
16. Finish and polish in the usual
manner.
B. Full Denture
1. Follow Steps 1 through 6
as outlined in the Partial
Denture Reline technique.
2. Trim ⅓ of the remaining
flange to a beveled joint
configuration. Remove palate
on full upper to ¼” of lingual
of teeth.
3. Clean the entire prepared
surface, thoroughly
scrubbing with a clean
denture brush and tap water;
then dry. Following this, use a

10
brush and isopropyl or ethyl/
denatured alcohol to clean
the surface; then blow dry
with clean compressed air.
4. Remove the cast from
the Dentpsly Sirona
Conditioning Oven and place
a temperature indicator on
the model. Apply a thin coat
of Al-Cote Separating Agent
to the model and allow to dry.
Place the mounted model and
the denture in its index in the
Dentpsly Sirona Conditioning
Oven until the temperature
indicator turns black.
5. Apply the Eclipse Baseplate
Resin arch to the warmed
model and let set for 30
seconds to allow the heat
from the model to transfer to
the resin.
6. Re-attach the upper and
lower halves of the jig;
then slowly compress the
Baseplate Resin until the jig
reaches its final closure.
7. Separate the denture from
its index; then use finger
pressure to conform the resin
to the palate and the beveled
joint section of the denture.
Make sure that no voids are
formed during this process.
8. Use the Dentpsly Sirona
Wax Pencil Pro to smooth
the interface between
the uncured resin and the
beveled joint section.
9. Replace the denture in
the jig to verify that the
indexed vertical dimension is
maintained.
10. Separate the denture and
matrix from the jig.
11. Apply Eclipse Air Barrier
Coating to the exposed
surfaces of the denture.
12. Place the denture/model into
the Eclipse Processing Unit
and cure. (Menu #4/Tooth/
ID/Reline SD1)
13. Allow to cool to ambient
temperature, and then
remove the partially cured
reline from the model and
the index from the jig. Coat
the tissue bearing surface
with Eclipse Air Barrier
Coating. Insert denture into
the pre-warmed matrix and
place the denture/matrix
into the Eclipse Processing
Unit, tissue side up, and cure.
(Menu #6/Repair/Reline SD2)
14. After curing, allow the
denture to cool to ambient
temperature and separate
from the index.
15. Wash o the Eclipse Air
Barrier Coating with water.
16. Finish and polish in the usual
manner.
V. PROVISIONAL
PARTIAL DENTURES
1. Prepare the teeth as
indicated in I. C. Steps 3-6.
2. Adapt the Eclipse Baseplate
Resin to the warm model.
Position tooth.
3. Process using basic
procedures described in I.
FULL DENTURES section E.
(Menu #2/Full/Partial Dent)
VI. Repairs
A. Minor Voids in Full Denture
Baseplate
1. For small voids, prepare the
area with a coarse bur or
diamond to enhance bonding.
Do not leave feathered
edges.
2. Apply Al-Cote Separating
Agent to area of model where
repair will be made and allow
to dry.
3. Thoroughly clean prepared
surface as described below:
 •Washpreparedareawith
a brush and tap water
and blow dry with clean
compressed air.
 •Usebrushandisopropyl
or ethyl/denatured alcohol

11
to clean the prepared area
and allow to dry.
 •Makesurenodustremains
on the surface.
4. Locally warm the prepared
area with the Dentpsly Sirona
HotAirGun.
5. Use the Dentpsly Sirona Wax
Pencil Pro. Temperature
setting at 3 o’clock position is
suggested to flow the Eclipse
Baseplate Resin onto the
prepared area.
 •Carefullyowfromone
side to the other to avoid
air entrapment.
 •Itisvitalthatamelt
interface occurs between
the Baseplate Resin and the
prepared surface.
 •Filltocontourorslightly
below. Do not overfill;
otherwise fit may be
aected!
 •Ifmultiplevoidsneedto
be repaired, locally warm
using the Dentpsly Sirona
HotAirGuntoensurethat
a melt interface occurs.
6. Place baseplate on the
model.
7. Apply Eclipse Air Barrier
Coating to any exposed
surfaces.
8. Process in the Eclipse
Processing Unit. (Menu #5/
Full BP Repair SD1)
* Alternate Curing Units -
Austenal® Enterra™ VLC
Curing Unit/ Eclipse®
Junior (EU Only) - Refer
to appropriate Directions
for Materials Use in these
curing units.
9. Allow the repaired baseplate
to cool before removing from
model.
10. Apply Eclipse Air Barrier
Coating to the tissue side of
the repaired area.
11. Place the baseplate on
the Eclipse Processing
Unit turntable. Center the
baseplate, not the repair area,
on the turntable tissue side
up and process in the Eclipse
Processing Unit. (Menu #6/
Repair/Reline SD2)
12. Immediately remove from
the Eclipse Processing Unit
and place the repaired
baseplate back on the model
and allow to cool to ambient
temperature.
13. Remove Eclipse Air Barrier
Coating with water and
brush.
14. Finish the repair and polish in
the usual manner.
B. Minor Voids in Partial
Denture Baseplate
1. Follow steps 1 through 7 as
outlined in Minor Voids in Full
Denture Baseplate.
2. Place the baseplate on
the Eclipse Processing
Unit turntable. Center the
baseplate, not the repair
area, on the turntable tissue
side up, and cure. (Menu #7/
Partial BP Repair)
3. Immediately remove the
appliance from the Eclipse
Processing Unit and place the
repaired baseplate back on
the model and allow to cool
to ambient temperature.
4. Remove Eclipse Air Barrier
Coating with water and
brush.
5. Finish the repair and polish in
the usual manner.
C. Denture Base Repair
1. Pour a model into the denture
to support the denture during
curing.
 •Formajorrepairs,suchas
fractures,
use sticky
wax to
hold the
pieces together. Prepare
a matrix and then pour a
model into the denture.

12
2. Remove the denture/model
from the mounting. Remove
denture from the model,
apply Al-Cote Separator
to the model and heat the
model in the Dentpsly Sirona
Conditioning Oven set at
131°F (55°C). Temperature
Indicators (provided) placed
on models will turn black
when model is at the proper
temperature.
3. Prepare the denture by
grinding a beveled surface.
Do not leave feathered
edges.
4. Thoroughly clean surface as
described below:
 •Washpreparedareawith
a brush and tap water
and blow dry with clean
compressed air.
 •Useabrushtoclean
the prepared surface
with isopropyl or ethyl/
denatured alcohol and
allow to dry.
 •Makesurenodustremains
on the surface.
5. Place on model and seat
properly.
6. Locally warm the prepared
area with the Dentpsly Sirona
HotAirGun.
7. Coat the prepared area with
Eclipse Baseplate Resin by
using the Dentpsly Sirona
Wax Pencil Pro.
8. Place a small amount of
Eclipse Baseplate Resin into
the repair site.
9. Heat with the Dentpsly Sirona
HotAirGununtilEclipse
Baseplate Resin begins to
slump. Do not overheat (i.e.
melt resin).
10. Fill the remaining repair
area with Baseplate Resin
and warm with the Dentpsly
SironaHotAirGun.
11. Apply Eclipse Air Barrier
Coating on repair area.
12. Apply Eclipse Model Release
Agent to the denture flange
areas, but do not allow
Eclipse Model Release Agent
to come in contact with the
land area of the model.
13. Seal the denture to the model
byusingEclipseGelonthe
borders. Leave a small gap in
theEclipseGelatthefrenum
notches, so that the border is
not 100% sealed.
14. Place the baseplate on
the Eclipse Processing
Unit turntable. Center the
baseplate, not the repair area,
on the turntable and process
on the model in the Eclipse
Processing Unit. (Menu #4/
Tooth/ID/Reline SD1)
15. Allow the repaired denture
to cool before removing from
model.
16. Remove denture from model.
If necessary, soak model and
denture in tap water for five
minutes to facilitate removal.
17. Apply Eclipse Air Barrier
Coating to the repair area on
the tissue side.
18. Place the repaired denture
tissue side up on the Eclipse
Processing Unit turntable and
cure. (Menu #6)
19. Remove denture from the
Eclipse Processing Unit and
immediately place back on
model and allow to cool to
ambient temperature.
20. After cooling, remove cured
EclipseGelmaterialandwash
o Eclipse Air Barrier Coating
with water and a brush.
21. Finish and polish in the usual
manner.
D. Tooth / Surface Repair
1. Pour a model into the denture
to support the denture during
curing.
2. Roughen and prepare surface
of denture.
3. Prepare tooth using Eclipse
Bonding Agent as described

13
in I. FULL DENTURES,
Section C, Steps 3-6.
4. Thoroughly clean denture
and tooth surface as
described below:
 •Washpreparedareawith
a brush and tap water
and blow dry with clean
compressed air.
 •Useabrushtoclean
the prepared surface
with isopropyl or ethyl/
denatured alcohol and
allow to dry.
 •Cleanthepreparedtooth
by lightly scrubbing with
a clean dry sti brush;
then blow clean with
compressed air.
5. Prepare a matrix using
silicone putty or gypsum
after positioning the tooth
with sticky wax. Remove any
wax with clean boiling water.
6. Locally warm the prepared
area of the denture with the
EclipseHotAirGun.
7. Wet the prepared area with
Baseplate Resin by using the
Dentpsly Sirona Wax Pencil
Pro.
8. Place a small amount of
Baseplate Resin into the
repair site.
9. Heat with the Dentpsly Sirona
HotAirGununtilBaseplate
Resin begins to slump. Do not
overheat and melt resin.
10. Place tooth into the repair
site.
11. Use Eclipse Baseplate Resin
to fill the area around the
tooth and slightly over
contour.
12. Warm the Eclipse Baseplate
Resin again with the Dentpsly
SironaHotAirGununtilthe
resin begins to slump.
13. Apply Eclipse Air Barrier
Coating on repair area.
14. Follow VI. C. Denture Base
Repair Steps 14-16.
15. After cooling, wash o
Eclipse Air Barrier Coating
with water and a brush.
16. Finish and polish in the usual
manner.
VII. Denture Identification
On a fully cured denture:
1. Pour a model in the denture
to support the denture during
curing.
2. Prepare an onion skin paper
label (or Kimwipe®)* with the
patient’s name and/or SSN.
Heat-shrink labels do not
work well due to continued
shrinking during the cure
cycle.
* Kimwipe is not a trademark
of Dentpsly Sirona.
3. Prepare the area by grinding
a space in the denture
base using a coarse bur or
diamond.
4. Clean prepared area by
scrubbing with a brush and
water; then dry. Use a brush
to clean the prepared surface
with isopropyl or ethyl/
denatured alcohol and allow
to dry.
5. Locally warm area with the
DentpslySironaHotAirGun.
6. Use the Dentpsly Sirona Wax
Pencil Pro to fill the bottom
space with a small amount
of melted Eclipse Clear
Baseplate Resin.
7. Use the Dentpsly Sirona Hot
AirGuntowarmtheresin.
8. Place the label and fill to
contour of denture with a
small amount of melted Clear
Baseplate Resin.
9. Smooth surface with the
DentpslySironaHotAirGun
to blend with the surrounding
area.
10. Apply Eclipse Air Barrier
Coating on resin.
11. Follow VI. C. Denture Base
Repair Steps 14-16. After
cooling, wash o Eclipse Air

14
Barrier Coating with water
and a brush.
12. Finish and polish in the usual
manner.
VIII. Nightguard and Occlusal
Splint
1. Block out any undercuts
on the model that could
potentially lock the splint in
the mouth.
2. Follow I. FULL DENTURES A.
Baseplate Preparation, steps
1-5, then the following steps:
3. Place the rounded side of the
Clear Baseplate Resin arch on
the incisal/occlusal surface
of the model and carefully
adapt the resin to the
desired shape. Trim excess to
height of tooth contour with
Dentpsly Sirona Wax Pencil
Pro. Temperature set at 3
o’clock position is suggested.
4. When adapting resin to
articulated models, apply
Eclipse Model Release Agent
to the incisal and occlusal
surface of the opposing
model. With a light tapping
motion, carefully close the
articulated models together.
Move the articulator through
excursive positions to open
interfering pathways in the
appliance. Open articulator
and remove model.
5. Follow I. FULL DENTURES
A. Baseplate Preparation,
steps 7-9, except cure the
appliance in the Eclipse
Processing Unit using Menu
#8/Nightguard Splint.
* Alternate Curing Units -
Austenal® Enterra™ VLC
Curing Unit/Eclipse®
Junior (EU Only) - Refer to
appropriate Directions for
Materials Use in these curing
units.
6. Finish and polish in the usual
manner.
NOTE: The appliance should fit
passively on the working model.
IX. Implant Surgical Guide
1. Block severe undercuts with
wax. Duplicate model with
high quality gypsum lab
stone. Place a self-adhesive
temperature indicator on
model. Paint model with
Al-Cote Separating Agent
and allow to dry. Warm
model until the temperature
indicator turns black.
2. Fabricate tooth form pontics
with Eclipse® Clear Baseplate
Resin for intended implant
sight.
3. Fabricate wings on occlusal ⅓
of teeth adjacent to implant
sight. Cover occlusal, buccal,
and lingual surfaces to
height of contour.
4. Paint appliance with Eclipse®
Air Barrier Coating.
5. Cure on Menu 1 Full Baseplate
Cure in the Eclipse® EPU
and Flipper/Base under the
Eclipse family in the Enterra®
VLC Unit. Upon completion of
curing cycle allow appliance
to cool to room temperature.
Soak the appliance in tap
water for approximately 10
–15 minutes to re-hydrate the
cast and facilitate removal
from the model.
Tip for Enterra users: If device
is sticky it may be flip cured
on BP Tissue Side for 6 min.
in the Enterra VLC Unit.
6. Rinse the stent with warm
water and soft brush to
remove all traces of Eclipse
Air Barrier coating. Finish
and Polish. Fit appliance
to master model. Using
appropriate sized bur drill
access holes in pontics.
X. Implant Placement
Verification Stent
1. Mark the crest of the ridge

15
on the patient’s cast. Using
a contrasting color, mark
the implant location. Drill
parallel holes in the cast,
the same diameter as the
FRIADENT® Select Sleeves
(Dentpsly Sirona Tulsa Dental
Specialties), at the implant
locations. Place FRIADENT
Select Sleeves in the holes
and secure them with
cyanoacrylate (fast-acting
glue).
2. Place a self-adhesive
temperature indicator on
model. Paint model with
Al-Cote® Separating Agent
and allow to dry. Warm
model until the temperature
indicator turns black.
3. Remove Eclipse® Clear
Baseplate material from light
safe package. Adapt Eclipse
to the edentulous areas of
cast.
4. Paint Eclipse Resin with
Eclipse® Air Barrier Coating.
5. Cure on Menu 1 Full Baseplate
Cure in the Eclipse® EPU
and Flipper/Base under the
Eclipse family in the Enterra®
VLC Unit. Upon completion of
curing cycle allow appliance
to cool to room temperature.
Soak the appliance in tap
water for approximately 10
–15 minutes to re-hydrate the
cast and facilitate removal
from the model.
Tip for Enterra users: If device
is sticky it may be flip cured
on BP Tissue Side for 6 mins
in the Enterra VLC Unit.
6. After curing remove the
FRIADENT Select Sleeves
and rinse the stent with
warm water and soft brush to
remove all traces of Eclipse
Air Barrier Coating. Check to
insure that all holes are free
of any interference. Finish
and polish.
X1. Radiographic Verification
Appliance
1. Mark the ridge of the cast
where the 5 mm steel balls
are to be placed using a
pencil or marker. Place a
self-adhesive temperature
indicator on model. Paint
model with Al-Cote®
Separating Agent and allow
to dry. Warm model until the
temperature indicator turns
black.
2. Using the marks on the cast
as a reference, embed the
steel balls in the ridge area of
the Eclipse material.
The first molar, first bicuspid,
and lateral areas are ideal
reference points for the
balls.
Secure the steel balls with
additional Eclipse material.
3. Paint appliance with Eclipse®
Air Barrier Coating. Cure on
Menu 1 Full Baseplate Cure in
the Eclipse® EPU and Flipper/
Base under the Eclipse family
in the Enterra® VLC Unit.
Soak the appliance in tap
water for approximately 10
–15 minutes to re-hydrate the
cast and facilitate removal
from the model.
Rinse the stent with warm
water and soft brush to
remove all traces of Eclipse
Air Barrier Coating. Finish
and polish.
Tip for Enterra users: If device
is sticky it may be flip cured
on BP Tissue Side for 6 mins
in the Enterra VLC Unit.
Clinical
Directions for Use
Indications for Use:
Full and partial removable
dentures, occlusal splints,

16
nightguards and provisional
partial dentures.
Contraindications for Use:
See precautions and warnings.
Warnings:
This product contains
polymerizable materials. It does
not contain methyl methacrylate
(MMA) monomer. It is possible
that some dental health care
workers may develop an allergy
or sensitivity to the product.
Wash thoroughly with soap and
water after contact. If dermatitis
or other symptoms persist, seek
medical advice.
Mechanical tooth retention
must be used in accordance
with instructions to prevent
de-bonding.
May not be appropriate for
partial dentures where limited
vertical dimension is present, or
complete dentures with less than
12mm inter-arch space (6mm for
single denture).
Precautions:
1. This product is intended to
be used only as specifically
outlined in the Directions
For Use. Any use of this
product inconsistent with
the Directions For Use
is at the discretion and
sole responsibility of the
practitioner.
2. Insucient clinical data
exists at present for use with
implant supported removable
prostheses and removable
appliances employing
attachments.
3. Users with special skin
problems, cuts or abrasions
may choose to wear
protective gloves.
4. When grinding prosthodontic
resins, proper ventilation,
masks and vacuum systems
should be used.
5. Since the Eclipse resins will
become the final prosthesis,
cleanliness is very important
to an acceptable outcome.
Wash hands before using
uncured Eclipse materials.
6. Store at 60-80°F (16-27°C),
away from moisture and in
a light-safe container. The
materials may polymerize
prematurely if stored at
excessively high temperature
or if exposed to a visible
or UV light source. Do not
expose to direct sunlight.
7. Unused materials should be
polymerized prior to disposal.
8. The following disinfectants
have been used successfully
with cured and uncured
Eclipse resins:
 •Glutaraldehyde-based
disinfectants
 •Quaternaryammonium
chlorides
 •Quaternaryammonium
chlorides/isopropyl alcohol
(low concentration)
 •Spray-basedphenolics
Use of other disinfectant
products may not be suitable
with Eclipse. Avoid disinfectants
containing iodine.
Adverse Reactions:
1. Allergic contact dermatitis
and other allergic reactions
may occur in susceptible
individuals.
2. Dust will be generated when
grinding these materials. Eye,
skin and respiratory irritation
may occur if appropriate
engineering controls are not
used.
STEP-BY-STEP
INSTRUCTIONS:
Because Eclipse dentures are
fabricated using a processed
record base, it is necessary
to identify the vibrating line

17
and posterior palatal seal
configuration at the final
impression appointment. Also,
the denture base shade selection
must accompany this final
impression/master model.
A. Full and Partial Dentures
1. For full dentures, your dental
laboratory will likely send
the Eclipse Baseplate with
wax occlusion rims. This
baseplate will become part
of the final denture. Seat the
denture and evaluate the
fit of this baseplate, using
pressure indicating paste
if necessary. If the borders
are short, or the baseplate is
not stable, extend borders
with compound and take a
wash impression. Adjust wax
rims for proper lip support
and VDO, mark mid-line,
high smile line, canines; then
return to dental lab.
2. When a full or partial
denture set-up is received
from the dental laboratory,
it is ready for try-in. The
denture base is uncured and
has an extended working
time versus traditional light
cured materials. Even so,
the “wax-up” should be
protected from light as much
as possible. Use the light safe
bags provided.
3. Try the case in per your
normal procedures, with one
exception: Do not use a flame
to adjust.
4. If anterior teeth need minor
adjustments in position,
this can be accomplished
chairside. Prepare a water
bath at 110°F (43°C). Place
the set-up into the water for
approximately 30-45 seconds
to warm the uncured denture
base material. This time may
vary, depending on thickness
of the set-up.
5. Significant modifications
of occlusal plane, vertical
dimension or anterior
tooth position will require
re-contouring of the external
base material. In most
instances, this is easier and
more ecient for the dental
laboratory to accomplish.
If necessary, return the
set-up to the laboratory for
re-contouring.
6. Reposition the anterior teeth
as necessary by pushing on
the denture base material as
much as possible to change
tooth position. Attempting
to move the teeth simply
by pushing on the tooth
will open gaps between the
tooth and the denture base
material.
Note: It is important to notify the
laboratory of any adjustments
made.
7. The posterior teeth should
not be repositioned
intra-orally. Should the
vertical dimension require
adjustment, remove the
posterior teeth on one arch
and replace with a silicone
bite registration material such
as Regisil®.
8. To build up the gingival areas
during try-in, use a silicone
putty material such as
Reprosil®.
9. Request and complete
a second try-in before
processing if necessary or
desired.
10. When the set-up is
acceptable, the case may be
returned to the laboratory
for processing and finishing/
polishing.
B. Relines
Follow normal clinical
procedures for a laboratory
processed reline.

18
Indikationen:
Das Eclipse®
Prothetik-Kunststoe ist
indiziert für:
1. Anfertigung von Zahnersatz,
Vorrichtungen und Prothesen
2. Reparatur von Zahnersatz,
Vorrichtungen und Prothesen
3. Unterfütterung von
Prothesenoberflächen
Kontraindikationen:
Siehe Vorsichtsmaßnahmen und
Warnhinweise.
Warnhinweise:
Dieses Produkt enthält
polymerisierbare
Stoe. Es enthält kein
Methylmetacrylat-Monomer
(MMA). Es ist möglich, dass
einige im zahnärztlichen Bereich
tätige Personen eine Allergie
oder Überempfindlichkeit für
das Produkt entwickeln. Die
Haut muss nach jedem Kontakt
sorgfältig mit Wasser und
Seife abgespült werden. Bei
anhaltender Dermatitis oder
sonstigen Symptomen einen
Arztkonsultieren.Eclipse-Geräte
nicht in siedendes Wasser
eintauchen.
Gegebenenfallsnicht
geeignet für Teilprothesen
mit eingeschränkten
vertikalen Abmessungen
oder Vollprothesen mit einem
Innenbogenraum von weniger
als 12 mm (bei Einzelprothesen
6 mm).
Vorsichtsmaßnahmen:
1. Dieses Produkt darf
nur entsprechend
der spezifischen
Verarbeitungsanleitung
verwendet werden.
Bei einer von der
Verarbeitungsanleitung
abweichenden Anwendung
des Produkts obliegt die
Verantwortung allein dem
betreenden Arzt und erfolgt
nach dessen alleinigem
Ermessen.
2. Anwender mit besonderen
Hautproblemen,
Schnittverletzungen oder
Abschürfungen sollten
Schutzhandschuhe tragen.
3. Beim Schleifen von
Prothesenkunststoen in
einem gut belüfteten Raum
unter einem Abzug arbeiten
und eine Staubschutzmaske
tragen.
4. Da die Endprothese aus dem
Eclipse-Kunststo besteht, ist
für ein akzeptables Ergebnis
absolute Sauberkeit sehr
wichtig. Vor Umgang mit
dem nicht polymerisierten
Eclipse-Kunststo Hände
waschen.
5. Bei 16 bis 27°C frei von
Feuchtigkeit und in
einem lichtgeschützten
Behälter aufbewahren. Die
Stoe können vorzeitig
polymerisieren, wenn sie
bei zu hohen Temperaturen
gelagert bzw. sichtbarem
oder UV-Licht ausgesetzt
werden. Nicht direktem
Sonnenlicht aussetzen.
6. Nicht verwendete
Basisplatten und transparente
Kunststomaterialien vor der
Entsorgung polymerisieren.
GeringeMengendes
Ansatzes und des
Konturkunststos können
ohne Polymerisation entsorgt
werden.
7. Die aus dem
Polymerisationsgerät
entnommenen Teile sind
heiß! Die mitgelieferten
Wärmeschutzhandschuhe
verwenden.
8. Die Prothesen erst von den
Modellen abnehmen, wenn
sie abgekühlt sind.
9. Wenn sich die
Kunststomaterialien
de

19
nicht leicht vom
Verpackungsmaterial lösen
lassen (dies kann in warmer
Umgebung der Fall sein), die
Packung einige Sekunden in
einen Kühlschrank oder ein
Tiefkühlgerät legen, um die
Trennung zu erleichtern.
10. Die folgenden
Desinfektionsmittel
wurden erfolgreich mit
polymerisierten und
nicht polymerisierten
Eclipse-Kunststoen
verwendet:
 •Desinfektionsmittelauf
Glutaral-dehydbasis
 •Quaternäre
Ammoniumchloride
 •Quaternäre
Ammoniumchloride/
Isopropylalkohol (niedrige
Konzentration)
 •Phenolsprays
Andere Desinfektionsmittel
sind eventuell für das
Eclipse-System nicht geeignet.
Die Verwendung von jodhaltigen
Desinfektionsmitteln vermeiden
Nebenwirkungen:
1. Bei empfindlichen Personen
können allergische
Kontaktdermatitis und andere
allergische Reaktionen
auftreten.
2. Beim Beschleifen dieser
Materialien kommt es zu
Staubentwicklung. Dabei
können Augen und Haut
sowie Atmungsorgane
gereizt werden, sofern
keine entsprechenden
Schutzmaßnahmen getroen
werden.
HINWEIS: Vor dem Lesen der
Labor-Verarbeitungsanleitung
dieGebrauchsanweisungen
fürdiejeweiligenGeräte
durcharbeiten.
LABOR-
VERARBEITUNGSANLEI-
TUNG:
I. VOLLPROTHESEN
A. Basisplatte
1. Das Mastermodell
vorbereiten und ausgießen.
Die Kontaktfläche des
Modells darf maximal 1 mm
über der Tiefe des Sulkus
liegen, damit Licht für eine
vollständige Polymerisation
eindringen kann.
2. Den hinteren Damm im
Mastermodell ausformen,
wenn dieser nicht Teil der
Abformung ist.
3. Aufgrund der Unterschnitte
kann eine Kopie oder
ein Arbeitsmodell für
die Zahnaufstellung und
Artikulation erforderlich sein.
Die Basisplatte muss auf dem
Mastermodell polymerisiert
werden.
4. Temperaturanzeige auf
Modell platzieren. Eine
dünne Schicht des Al-Cote®
Trennmittels auf dem
trockenen Mastermodell
auftragen und das
Trennmittel vollständig
trocknen lassen.
HINWEIS: Da die Basisplatte
und die Zahnaufstellung Teil
der Endprothese werden, ist für
akzeptable Ergebnisse absolute
Sauberkeit erforderlich.
5. Das Mastermodell auf 49–54
°C im Dentpsly Sirona
Vorwärmofen erwärmen, der
auf 55 °C eingestellt ist. Die
Aufheizzeit hängt von der
Zahl der Modelle im Dentpsly
Sirona-Vorwärmofen und
vomWassergehaltdesGipses
ab. Die Temperaturanzeige
(mitgeliefert) färbt sich
schwarz, wenn das Modell die
richtige Temperatur erreicht
hat.
6. Die abgerundeten Seiten