Simpleline Ii: Surgical / Prosthesis Manual

SimpleLine II
Surgical / Prosthesis Manual
SimpleLine II
SURGICAL MANUAL
Surgical Drill Sequence
Fixture Installation
Fixture Connection
Surgical Kit Maintenance
Warnings
04
05
06
08
09
04
SimpleLine ll Surgical / Prosthesis Manual
Surgical Drill Sequence

8 10 12 14 16
Final drill
First
guide
drill
Second
guide
drill
2.2
2.6
Tap drill
3.4
3.8
4.3
4.8
3.4
3.8
4.3
4.8
2.85
3.3
3.85
4.4
3.4
3.8
4.3
4.8
Platform: 4.8
Body:
3.4
Platform: 4.8
Body:
3.8
Platform: 4.8
Body:
/6.5
4.3
Platform: 6.5
Body:
4.8
D1~3 Bone
Fixture Installation
Guide & Final Drill: 800~1,200rpm / 30~45N.cm

Tap Drill: 20~60rpm / 30~45N.cm
D1 Bone
Platform: 6.5
/ Body: 4.8
Final drill
4.3
Final drill
4.8
Tap drill
4.8
6.5
Full depth
4.8
D2, 3 Bone
Platform: 6.5
/ Body: 4.8
Final drill
4.3
Final drill
4.8
Tap drill
4.8
6.5
5mm
10mm
Half depth
4.8
D4 Bone
Platform: 6.5
/ Body: 4.8
Final drill
4.3
Final drill
4.8
6.5
4.8
05
06
Fixture Connection
Caution_ When opening the fixture pack,

hold the fixture container upward
and engage the adapter into the
fixture.
By hand-piece
20rpm / 35Ncm
By ratchet
Directions Using the Hand-piece / Ratchet Adapter

Hand-piece
adapter
Ratchet
adapter
Connection
Hand-piece
adapter
Ratchet
adapter
The ratchet adapter and the fixture interal octa must be

connected firmly together.
Removal of Fixture Mount
07
Removal Mechanism
of Fixture Mount
By handpiece
Run the hand-piece in

reverse mode.
Rotate the mount screw

in reverse.
Fix the mount holder

firmly to the mount.
The fixture gets separated

from the mount.
By ratchet
Use the ratchet to rotate

the mount in reverse.

* In case the power of motor is not enough to rotate the mount in reverse
08
Surgical Kit Maintenance

Sterilization and Instrument Care Procedures
Please follow legal regulations, as well as hygienic guidelines to prevent contamination and infection.
Please remember that you are responsible for the maintenance and sterilization of your medical / dental
products/devices. It is important to use and follow proper cleaning, disinfection and sterilization procedures.
It is also important to follow the manufactures recommendation on the usage of drills.
Please keep a log as to the number of times the drills are used.
Drills are used per implant placed not per patient. Bone density determines the life of the drills.
Replace white and red o-rings on adapters and hex drivers, if worn and dried out.
Drills should be considered for replacement around 20 uses based on bone density.
01 All instruments immediately after use must be pre-soaked for a few minutes in a germicidal bath to loosen and
prevent debris from attaching to instruments. Do not soak over-night.
02 Scrub with a soft brush to remove any debris.
03 For internal irrigation drills use a reamer or small gauge needle to cleanout drill internally.
04 If using an ultrasonic cleaner, wrap drills in a 2 x 2 to prevent rubbing against each other.
05 Rinse thoroughly under warm water.
06 Clean all instrument trays with a germicidal cleaner prior to replacing instruments in kit.
07 Dry completely and place back into kit.
08 Always check for damage or corrosion after rinsing and drying.
09 Seal the tray in a sterilization pouch.
10 Sterilize using a steam autoclave at 121C / 250F for 30 minutes or refer to manufactures recommendations.
11 Store in a dry area at room temperature.
Maintenance Period for Surgical Drills

All surgical drills should be replaced after approximately 40 uses based on
bone density
Guide Drill (First, Second)
Final Drill
(800~1200rpm, 30~45Ncm with Irrigation)
Tap Drill
09
Warnings
Warnings
Dental Implant surgery and restoration involve complex dental procedures. Appropriate and adequate
training in proper technique is strongly recommended prior to use.
Improper medical examination and / or treatment plan can result in implant failure and / or loss of supportive bone.
Improper initial stability and / or excessive occlusal forces during healing period may lead to osseointergration failure.
Excessive insertion torque may lead to mechanical failure or implant biologic failure due to bone compression and
necrosis.
When forces or loads are greater than its design, implant or abutment fracture could happen. Therefore clinicians
should make careful decisions with regards to clinical treatment planning to minimize the risk of fracture. Appropriate
implant quantity, occlusal interface and a nightguard are essential. Potential excessive loading conditions may include
the following:
01
02
03
04
05
06
07
08
09
10
11
Inadequate number of implants are placed

Implant width and / or length are inappropriate for a treatment site
Prosthesis which has excessive cantilever length due to inadequate biomechanical design
Continuous occlusal force may be generated by incomplete connection between implant and abutment and /
or abutment screw loosening
Direct casting abutment angles are greater than 30from the vertical axis of the implant.
Angled abutment is excessively eliminated.
Occlusal interferences causing excessive lateral forces
Patient parafunctions such as bruxism
Inadequate dental laboratory casting procedures
Improper prosthesis fit
Trauma from patient habits or accidents
Excessive marginal bone loss caused by inadequate bone width and / or advanced periimplantitis
PROSTHESIS MANUAL
Types of Abutment
11
Prosthetic Procedure 1
12
Abutment Level- Solid / Dual Abutment
13
Abutment Level- SCA Abutment
16
19
Fixture Level [Pick-up Type]- Dual Abutment
20
Fixture Level [Transfer Type]- Dual Abutment
23
Fixture Level- SCA Abutment
26
Fixture Level- Dual Milling Abutment
28
Fixture Level- Angled Abutment
30
Fixture Level- Direct Casting Abutment
32
34
Abutment Level- Screw Abutment
35
Cementation Repair Method (SCRP)
38
40
Positioner
41
Ball Attachment
43
Magnetic Attachment
45
11
Types of Abutment
Two-Pieces
One-Piece
Octa
Solid Abutment
Dual Abutment
Dual Milling Abutment
Non-Octa
SCA Abutment
15
Octa
Screw Abutment
Octa
25
Octa
Angled Abutment
Direct-Casting Abutment
Ti
Octa
Cylinder
Non-Octa
Plastic
Non-Octa
Metal-Casting Abutment
Abutment Level
Dual Abutment
Solid Abutment
SCA Abutment
Abutment level
Dual Abutment
SCA Abutment
Dual Milling Abutment
Angled Abutment (15
/ 25)
Metal-Casting Abutment
Temporary Abutment
Fixture level
Positioner
Screw Abutment
Positioner
Ball
Magnetic
Screw retained (Abutment level)
Non-Octa
Temporary Abutment
Octa
Fixture Level
Octa
Non-Octa
For denture use
Ball
Overdenture
Magnetic
12
Impression Technique and Restoration Selection
Solid / Dual / SCA Abutment
Abutment Level Impression

Closed Tray Technique
Solid Abutment
Dual Abutment
SCA Abutment
4.8 / 6.5
Octa 4.8 / 6.5
Octa / Non-octa 4.8 / 6.5
Impression Coping
Impression Coping
Transfer (Snap on) 4.8 / 6.5
Transfer (Snap on) 5.5 / 6.5
Analog
Analog
4.8 / 6.5
5.5 / 6.5
Burn-out Cylinder
Single
Bridge
Single
Bridge
Non-Rotational
Rotational
Non-Rotational
Rotational
4.8 / 6.5
4.8 / 6.5
5.5 / 6.5
5.5 / 6.5
Modification
Cemented Restoration
13

[Multiple Units]
Clinical Procedure
Healing Abutment
Solid Abutment or
Dual Abutment
Abutment Level
Impression
Provisional
Restoration with or
without Comfort Cap
Comfort Cap
Chairside
Fixture installation
Choose solid abutment

or dual abutment
Tighten the abutment

with 25~30Ncm and
retighten it after 15 minutes
Seat the impression coping

over the abutment.
Injection of impression material
Impression taking
Impression coping comes off

with the impression.
Insert comfort cap
14

[Multiple Units]
Laboratory Procedure
Gold
Crown
Porcelain
Crown
Lab Analog Connection
Cylinder
Crown Wax-up
Final Restoration
Cementation Type
Lab Side
Insertion of analog into impression
Make sure analog seats securely on the

impression coping (line up the flat side
of analog to the flat side of the coping).
Soft tissue modeling
Fabrication of master model
Snap the burn-out cylinder

securely to the analog.
Cut the cylinder after measuring proper

height considering the
distance with opposing teeth.
Fabrication of burn-out cylinder and

plastic bar in preparation for wax-up
Completion of wax-up
Fabrication of metal framework
15

[Multiple Units]
Trimming of the extended margin by

using the rubber wheel
Metal framework and reamer
Use the reamer to eliminate Lip

caused by snap-on mechanism.
Metal Framework after removal of Lip
Metal framework
Porcelain build-up
[Only Dual Abutment]
SCRP : Once an access hole has been created, it could be converted to a

SCRP (Screw & Cement Retained Prosthesis).
Final prosthesis
Access hole is made when burn-out

cylinder is used for the wax-up.
Extended margin around the metal

framework due to snap-on mechanism


Metal framework after removal of Lip
Metal framework
Final prosthesis
16

[Multiple Units]
Clinical Procedure
Healing Abutment
SCA Abutment
Abutment Level
Impression
Provisional
Restoration with or
without Comfort Cap
Comfort Cap
Chairside
Fixture installation
Choose SCA abutment

(Octa / Non-octa)
Tighten the abutment

with 25~30Ncm and
retighten it after 15 minutes
Seat the impression coping

over the abutment.
Impression taking
Impression coping comes off

with the impression.
Insert comfort cap
17

[Multiple Units]
Gold
Crown
Porcelain
Crown
Cylinder
Crown Wax-up
Final Restoration
Cementation Type
Lab Side

Snap the burn-out cylinder

securely to the analog.
Cut the cylinder after measuring proper

height considering the
distance with opposing teeth.
Fabrication of burn-out cylinder and

plastic bar in preparation for wax-up
Fabrication of metal framework
18

[Multiple Units]


Metal Framework after removal of Lip
Metal framework
Porcelain build-up
SCRP : Once an access hole has been created, it could be converted to a

SCRP (Screw & Cemented Retained Prosthesis).
Final prosthesis
Access hole is made when burn-out

cylinder is used for the wax-up.
Extended margin around the metal

framework due to snap-on mechanism


Metal framework after removal of Lip
Metal framework
Final prosthesis
19
Dual / SCA / Dual Milling / Angled / Direct-Casting /

Metal-Casting / Temporary Abutment
Fixture Level Impression
Octa
Non-octa
Octa
Non-octa
Impression Coping / Pick-up
Impression Coping / Transfer
Open Tray technique (Complicated case)
Closed Tray technique (Simple case)
4.8 / 6.5
4.8 / 6.5
Analog
4.8 / 6.5
Dual
Abutment
SCA
Abutment
Dual Milling
Abutment
Angled
Abutment
Direct-Casting
Abutment
Metal-Casting
Abutment
Temporary
Abutment
Octa
4.8 / 6.5
Octa / Non-octa
Octa
Octa / Non-octa
4.8 / 6.5 / 7.5
Octa
15 / 25
Octa / Non-octa
4.8 / 6.5
4.8 / 6.5
4.8 / 6.5
Octa / Non-octa
Ti / Plastic
4.8 / 6.5
4.8 / 6.5
Modification
Modification
Cemented Restoration
Screw-Retained Restoration
20
Fixture Level [ Pick-up Type]- Dual Abutment

[Multiple Units]
Clinical Procedure
Healing Abutment
Impression Coping
Pick-up Type

Open Tray
Chairside
Pick-up type impression coping

(Octa)
Apply adhesive on open tray.

(Individual tray)
Injection of the impression material
Impression taking
Remove the screw before removing the

impression tray.
Inner-surface of impression
21

[Multiple Units]
Gold
Crown
Porcelain
Crown
Assemble the
Dual Abutment
Burn-out Cylinder
cutting for
height adjustment
Crown Wax-up
Final Restoration
Cementation Type
Lab Side
Assemble a proper abutment.
After surveying, abutment milling

is possible if necessary.
Fabrication of positioning jig
Fabrication of the cap with

pattern resin.
Wax-up
Metal framework
22

[Multiple Units]
Chairside
Final prosthesis
Use positioning jig to transfer the abutment in the model to oral cavity then
tighten it to 25~30Ncm.
Re-tighten it after 15 minutes.
Insertion of the final prosthesis and

occlusal adjustment
* In the process of seating the prosthesis, the components can be rebounded by gingival tissue.
In that case, it is advised to apply occlusal load on the prosthesis for 10~15 minutes.
SCRP- Lab Side
Formation of access hole for

pick-up coping screw
Wax-up
Metal framework
SCRP- Chairside
Final prosthesis
Use positioning jig to transfer the

abutment in the model to the oral cavity
then tighten it to 25~30Ncm.
Insertion of final prosthesis and

adjustment of occlusion
23
Fixture Level [ Transfer Type]- Dual Abutment

[Multiple Units]
Clinical Procedure
Healing Abutment
Impression Coping
Transfer Type

Closed Tray
Chairside
Transfer type impression coping

(Octa)
Impression of fixture level
Impression taking
24

[Multiple Units]
Gold
Crown
Porcelain
Crown
Assemble the
Dual Abutment
Burn-out Cylinder
cutting for
height adjustment
Crown Wax-up
Final Restoration
Cementation Type
Lab Side

Soft tissue condition after the retrieval of

impression coping
Selection of dual abutment

of proper height
Verify by surveying the selected abutment.

(Milling is possible if necessary)
Fabricate the cap with pattern resin.
25

[Multiple Units]
Completion of metal framework
Final prosthesis build-up on the

framework with porcelain
Chairside
Use the positioning jig to transfer the

abutment in model to oral cavity then
Re-tighten after 15 minutes.
Insertion of final prosthesis.

Adjust occlusion. Place lab wax into
opening of abutment to protect screw
head, then cement.
SCRP- Lab Side
Make an access hole in the resin cap by

using the pick-up coping screw.
Completed wax-up.
Metal framework
SCRP- Chairside
Final prosthesis
Use positioning jig to transfer

abutment in model to oral cavity then
Re-tighten after 15 minutes.
Insertion of final prosthesis and occlusal

adjustment. Place wax into opening of
the abutment prior to
sealing with composite.
26

[Multiple Units]
Clinical Procedure
Healing Abutment

Pick-up Type
Open Tray

Transfer Type
Closed Tray
Gold
Crown
Porcelain
Crown
Assemble the
SCA Abutment
Burn-out Cylinder
cutting for
height adjustment
Crown Wax-up
Final Restoration
Cementation Type
Lab Side
27
[Multiple Units]
Assemble a proper abutment.
After surveying, abutment milling

is possible if necessary.
Fabrication of the cap with

pattern resin
Wax-up
Metal framework

Insertion of the final prosthesis and

occlusal adjustment
Final prosthesis
SCRP- Lab Side
Formation of access hole for

pick-up coping screw
Final prosthesis
Chairside
Wax-up
Metal framework
SCRP-Chairside

Insertion of final prosthesis and adjustment of occlusion
28

[Single Unit]
Clinical Procedure
Healing Abutment

Pick-up Type
Open Tray

Transfer Type
Closed Tray
Lab Analog Connection Dual Milling Abutment

Connection
Modification
Crown Wax-up
Final Restoration
Cementation Type
Lab Side
Impression coping and

analog assembly
Master model
29

[Single Unit]
Select an appropriate
dual milling abutment.
Abutment after milling process
Fabrication of pattern resin cap
Metal framework
Chairside
Final prosthesis


adjustment
30

[Single Unit]
Clinical Procedure
Healing Abutment

Pick-up Type
Open Tray

Transfer Type
Closed Tray
Angled Abutment
Connection
Modification
Crown Wax-up
Final Restoration
Cementation Type
Lab Side
Placement of analog
on the impression.
Unscrew and separate impression from

the model.
31

[Single Unit]
Master model
Select an angled abutment.
Modification of angled abutment

& fabrication of positioning jig
Wax-up
Metal framework
Insertion of the angled

abutment using positioning jig

occlusal adjustment
Chairside
Final prosthesis
32
Fixture Level- Direct-Casting Abutment

[Single Unit]
Clinical Procedure
Healing Abutment

Pick-up Type
Open Tray

Transfer Type
Closed Tray
Connection
Modification
Crown Wax-up
Final Restoration
Cementation Type
Lab Side
Placement of analog
on the impression.
Unscrew and separate impression

from the model.
33
Fixture Level- Direct-Casting Abutment

[Single Unit]
Placement of direct casting abutment
Completed customized abutment
Wax-up
Metal framework
Insertion of customized abutment using

positioning jig

occlusal adjustment
Chairside
Final prosthesis
Fixture Level- Temporary Abutment

[Multiple Units]
<Using Ti Abutment>
Ti-Temporary
Abutment
Plastic
Temporary
Abutment
Considering the opposing teeth before

seating the temporary abutment, trim off
the abutment as needed and complete
the temporary abutment prosthesis with
direct resin.
<Using Plastic Abutment>
34
Screw Abutment
Screw Abutment
4.8 / 6.5
Closed
Tray Technique
Open
Tray Technique
Impression Coping Transfer
Impression Coping Pick-up
Hex / Non-hex 4.8 / 6.5
Hex / Non-hex 4.8 / 6.5
Analog
4.8 / 6.5
Burn-out Cylinder
Gold Cylinder
Metal Cylinder
Titanium Cylinder
4.8 / 6.5
4.8 / 6.5
4.8 / 6.5
4.8 / 6.5
Bridge
Single
Bridge
Single
Bridge
Single
Bridge
Single
(Non-hex)
(Hex)
(Non-hex)
(Hex)
(Non-hex)
(Hex)
(Non-hex)
(Hex)
Polishing Protector
Temporary Restoration
4.8 / 6.5
Ti-Retaining Screw
Screw-Retained Restoration
35

[Multiple Units]
Clinical Procedure
Healing Abutment
Screw Abutment
Impression Coping
Transfer Type
Abutment Level
Impression
Chairside
Screw abutment and delivery holder
Select and seat an appropriate screw

abutment with delivery holder.
Tighten it to 25~30Ncm.
Re-tighten it after 15 minutes
with screw abutment adapter.
Screw abutment transfer copings

(abutment level)
Placement of impression copings
Impression taking
Placement of comfort cap on

screw abutment
36

[Multiple Units]
Cylinder Connection
Modification
Crown Wax-up
Final Restoration
Screw Retained
Lab Side
Position impression coping and

analog assembly in the exact location of
the impression.
Removal of impression coping
Connect the screw abutment cylinder

and tighten it with Ti-retaining screw.
Trim cylinder to its appropriate height

considering the distance with
opposing teeth.
Connect the plastic bar in the middle of

trimmed burn-out cylinders to help
support the resin pattern.
Resin pattern may have shrinkages.
Wax-up
37

[Multiple Units]
Gold framework
Removal of lip remaining in the interior of

metal framework by using reamer
Completion of final prosthesis

adjustment. Tighten it with
Ti-retaining screw (10 Ncm).
Completion of gold framework
38

[Screw & Cement Retained Prosthesis]
In light of Implant Prosthesis:

Screw type restoration simplifies prosthetic repair or insertion and removal of the prosthesis to any given situation.
Cement type restoration tend to have a stable occlusion and may enhance the adaptability.
However the weak point is, it cannot be removed after permanent cementation.
A SCA abutment can be cemented or screw retained.
Solid abutments are cement retained and no occlusal hole is necessary.
In case of Screw Loosening or Prosthesis Repair
In case of the following:

screw loosening or
prosthesis repair
In order to unscrew, form access hole

on the occlusal surface with bur.
Unscrew, and remove the prosthesis

from the oral cavity.
Both cemented prosthesis and

abutment are removed.
Finish the repair and seat it inside

the oral cavity.
Tighten the prosthesis with

25~30Ncm by a screw driver
* In case of screw abutment connection,
Ti-Retain screw has to be tightened to 10Ncm.
Fill the access hole with cotton.
Finally fill the access hole with resin.
Final prosthesis
39

[Screw & Cement Retained Prosthesis]
Separation of Prosthesis with Abutment due to Cement Loss
Remove the screw completely with

25~30Ncm and remove prosthesis
from the oral cavity.
Spread cement after removing

the old one.
Unscrew and remove the excessive

cement outside the oral cavity.
Insert the separated prosthesis material

and abutment in the oral cavity.
Set in the oral cavity.

* In case of screw abutment connection,
Ti-Retain screw has to be tightened to 10Ncm.
Tighten the prosthesis with

25~30Ncm by screw driver.
In case of prosthesis loosening and adding the interproximal surface is necessary
In case of getting additional

contact due to contact loosening
Position the prosthesis in the mouth and

tighten the screw with 25~30Ncm,
then fill up the access hole.
Form access hole using bur
Unscrew, and remove the cemented

prosthesis with abutment in the oral cavity.
Add contacts with resin on the

prepared space under
Insert the prosthesis in the oral cavity

and screw it in. Afterwards, perform light
curing, then polish the contact area.
40
Impression Technique and Restoration Type
Overdenture Procedure
Positoner / Ball / Magnetic Attachment
Positioner
Ball Abutment
Implant Keeper
4.8
4.8 / 6.5
4.8 / 6.5
Positioner Impression Coping
Ball Impression Coping
Positioner Analog
Ball Analog
Positioner Block Out Spacer
Socket Spacer
Magnetic Assay
Positioner Metal Socket
/ Plastic Socket
Positioner Attachment
for Overdenture
Mini Denture Socket and O-ring
Ball and Socket Attachment

for Overdenture
Magnetic Attachment
for Overdenture
41
Positioner
Chairside
Connect the Positioner abutment onto

the fixture.
Produce the individual tray for

denture impression
After the impression material is set,

discard the individual tray.
Affix the impression coping on the

Positioner abutment.
abutment and the impression coping

together, apply the impression material.
Take impression for the production of

individual tray
Take the final impression with the

prepared individual tray.
Image of the set final impression

(with impression coping).
Lab side
Positioner analog
Insert the Positioner analog into the

embedded impression coping.
Block out procedure to achieve the

space required for the metal socket.
Fabrication fo denture with

conventional method
Create the master model
42
Positioner
Case 1
Chairside
Secure spaces for the female sockets.
Place the block out spacer on the

positioner abutment in the patients
mouth.
Connect the metal socket onto the

positioner abutment.
Apply a small amount of resin into the

space created for the metal socket.
Position the denture in the mouth and

wait until the resin is completely set.
Remove the white plastic socket (100gf)

using the positioner tool and assemble with
the regular plastic socket giving the desired
retention force (300, 500 or 1000gf).
Remove the denture after the resin is

fully set. Image of the denture
with the metal socket.
Remove the block out spacer from the

patients mouth.
Polish and the overdenture

is complete.
Case 2
Chairside
Create holes for the placement

of the metal sockets.
Place the block out spacer on the

Positioner abutment in the intraoral
Connect the metal socket onto the

positioner abutment.
Examine the interference

between inner surface of the
holes and the female sockets
Apply the resin into the holes and wait

until it is completely set
Remove the white plastic socket (100gf)

using the positioner tool and assemble with
the regular plastic socket giving the desired
retention force (300, 500 or 1000gf).
Apply additional resin around the metal

socket where there is a shortage of
resin.
Apply resin around the metal socket.

is complete.
43
Ball Attachment
Chairside
Connect the ball abutment

with fixture
Affix the impression coping

on the mini ball type fixture.
Take Impression for the production of

individual tray
Produce the individual tray for

denture impression
Apply the impression material.
Take the final impression with the

prepared individual tray.
After the impression material is set,

discard the individual tray.
Image of the set final impression

(with impression coping).
Lab side
Ball analog
Insert analogs into the embedded

impression coping.
Socket spacer
Fabrication of denture
with conventional method
Create the master model
44
Ball Attachment
Case 1
Chairside
Secure spaces for the female sockets.
Connect the female sockets to the

ball abutments in the intraoral.
Apply small amount of the resin

into the secured area.

Female sockets are placed

in the denture

is complete.
Case 2
Chairside
Create holes for the placement

of the female sockets.
Connect the female sockets to the

ball abutments in the intraoral.
Examine the interference between inner

surface of the holes and the
female sockets
Apply the resin into the holes and wait

until it is completely set.
Place the female sockets
Apply resin around the female sockets

is complete.
45
Magnetic Attachment
Chairside
Remove healing abutment
Connect implant keeper with fixture and

tighten it with 25~30 Ncm
Implant keepers connected with

the fixtures
Position the magnetic assay on the

implant keeper.
Secure spaces for the magnetic assays

divet of the denture and the magnets
Apply resin on the divets of the

dentures inner surface
Position the denture into the mouth and

Position the denture into the mouth and

wait for initial setting
Remove the denture and apply resin

around the magnets
After the resin is completely set,

remove excess. Polish and the
overdenture is complete.
Case 1
46
Magnetic Attachment
Case 2
Create holes for the placement of

the magnets

surface of the holes and
the magnets
Apply small amount of resin into the

hole

After initial setting, remove denture from

mouth.
Add the resin around the magnets.
Polish and the overdenture is complete.
Copyright January, 2013 DENTIUM
SimpleLine II
Surgical / Prosthesis Manual
Specifications are subject to change without prior notice.

Some products to be launched in the market after necessary approvals are also listed in this catalog.
HEAD OFFICE
3105 Trade Tower, 513 Yeongdong-daero, Gangnam-gu, Seoul, Korea (135-731)
HOMEPAGE
www.dentium.com
SL2M-1301 [Rev.1]
T +82-2-501-8560 F +82-2-567-9578

Simpleline Ii: Surgical / Prosthesis Manual

Uploaded by

Copyright:

Available Formats

Simpleline Ii: Surgical / Prosthesis Manual

Uploaded by

Document Information

Original Description:

Original Title

Copyright

Available Formats

Share this document

Share or Embed Document

Sharing Options

Did you find this document useful?

Is this content inappropriate?

Copyright:

Available Formats

Simpleline Ii: Surgical / Prosthesis Manual

Uploaded by

Copyright:

Available Formats

SimpleLine II

Surgical / Prosthesis Manual

SimpleLine ll Surgical / Prosthesis Manual

Surgical Drill Sequence

SimpleLine ll Surgical / Prosthesis Manual

Guide & Final Drill: 800~1,200rpm / 30~45N.cm

SimpleLine ll Surgical / Prosthesis Manual

Caution_ When opening the fixture pack,

Directions Using the Hand-piece / Ratchet Adapter

The ratchet adapter and the fixture interal octa must be

SimpleLine ll Surgical / Prosthesis Manual

Removal of Fixture Mount

Run the hand-piece in

Rotate the mount screw

Fix the mount holder

The fixture gets separated

Use the ratchet to rotate

Fix the mount holder

SimpleLine ll Surgical / Prosthesis Manual

Surgical Kit Maintenance

Maintenance Period for Surgical Drills

Guide Drill (First, Second)

(800~1200rpm, 30~45Ncm with Irrigation)

(800~1200rpm, 30~45Ncm with Irrigation)

SimpleLine ll Surgical / Prosthesis Manual

Inadequate number of implants are placed

Abutment Level- Solid / Dual Abutment

Abutment Level- SCA Abutment

Fixture Level [Pick-up Type]- Dual Abutment

Fixture Level [Transfer Type]- Dual Abutment

Fixture Level- SCA Abutment

Fixture Level- Dual Milling Abutment

Fixture Level- Angled Abutment

Fixture Level- Direct Casting Abutment

Abutment Level- Screw Abutment

Cementation Repair Method (SCRP)

SimpleLine ll Surgical / Prosthesis Manual

Dual Milling Abutment

Screw retained (Abutment level)

For denture use

SimpleLine ll Surgical / Prosthesis Manual

Solid / Dual / SCA Abutment

Abutment Level Impression

Octa 4.8 / 6.5

Octa / Non-octa 4.8 / 6.5

Transfer (Snap on) 4.8 / 6.5

Transfer (Snap on) 5.5 / 6.5

SimpleLine ll Surgical / Prosthesis Manual

Abutment Level- Solid / Dual Abutment

Choose solid abutment

Tighten the abutment

Seat the impression coping

Injection of impression material

Impression coping comes off

Insert comfort cap

SimpleLine ll Surgical / Prosthesis Manual

Abutment Level- Solid / Dual Abutment

Lab Analog Connection