implant - Dentoflex

Transcrição

implant - Dentoflex

PRODUCTS
CATALOG
2016
4
5
Presentation of the Company
“The quality of
a company is
also measured
by its years of
experience in the
market”
Quality Policy and
Certifications
6
8
Presentation of the
Supreme Family
Surface Treatment
Presentation
Morse Taper
Internal Hexagon
External Hexagon
of New Families of
Implants
29
42
57
Presentation of the
Classic Family
Presentation of the
Arrow Family
Presentation of the
Short Family
Internal Hexagon
External Hexagon
Morse Taper
Internal Hexagon
Morse Taper
External Hexagon
63
Presentation of
the Solid Family
66
69
70
Zigoflex
Reference
Guide
Instrumentals
84
Flex Implant
Temporary Implant
76
80
82
Articulated Bar
Kits
Hygiene
Procedures
* The images of this catalog are for illustrative purposes only
BETApro®
86
References
PRESENTATION
Presentation of the Company
4
Dentoflex was founded in December 1977;
being a family company, our workers,
customers and suppliers are an extension of
our family, and we are proud to have operated
in the dental market for over 36 years with
ethics and respect.
The years in market have brought us
credibility and trust, and our success was the
result of commitment with the quality of our
products and services. Aiming to improve the
quality of life of patients, we are dedicated
to the development and improvement of our
processes.
Using leading edge machinery and
equipments for the production of our line
of implants and prosthetic components,
Dentoflex establishes a strict and reliable
quality control. The qualification of its workers
and the tools offered to these ensure the
reproducibility and repeatability of all items
produced.
“Maintenance of the efficacy and continuous
improvement of the internal processes and the
Quality Management System”
“The satisfaction of the needs and compliance with
the requirements of our customers”
Operate in the area of dental health,
promoting continuous improvement in
the processes and products, providing
development to customers and workers.
Concerned in providing the dental market
high added-value quality materials, Dentoflex
implemented a strict Quality Management
System obtaining the certifications and
GMP – Good Manufacturing Practices from
the National Health Surveillance Agency –
ANVISA.
The GMP certification is known for its
importance in allowing dental and medical
companies to sell their products in the
domestic and foreign market.
Adopted by ANVISA through its General
Management of Health Product Technology,
the GMP (Good Manufacturing Practices)
certificate ensures the quality of the
processes and executes patient health risk
control.
DENTOFLEX | IMPLANTS SYSTEM
Quality Policy
and Certifications
5
Surface treatment with aluminum oxide
blasting followed by passivation combines
ideal texture and porosity for an excellent
biological effect, providing conditions
for osseointegration and clinical success.
The Dentoflex implants provide a surface
roughness up to 300 times greater than
a machined surface, increasing the boneimplant contact surface by up to six times,
obtaining excellent primary stability.
“Dentoflex implants provide
a surface roughness up to
300 times greater than a
machined surface”
6
Presentation of the new
Families of Implants
Dear
Doctor
You are receiving a new catalog of Dentoflex
products.
Through it we present our new products,
packages and a more ergonomic organization of
our implants and prosthetic components.
The classification of our products through
FAMILIES aims at facilitating the identification of
the products by our consumers to enable quick
search and greater ease during purchase.
Our packaging is more practical, allowing a clearer
view of the product and a much greater ease in
removing the implant, which now has a tearing
section for opening the primary packaging and
surgical paper in its secondary packaging.
Our classic implants (cylindrical internal hexagon
and cylindrical external hexagon) no longer have
the plastic transporter or metal mount because
they are now all Internal Torque type, that is,
the implant is captured from the packaging,
transported and initially inserted on the created
surgical alveolus through a contra-angle driver.
This provides greater safety, less time and greater
ease in your surgical procedure. Furthermore,
our insertion drivers gained a vertical mark and
identification for its use, once more facilitating
its use and enabling visual of the position of the
hexagon of the implant when its veneers are in
the vestibular position, optimizing the choice
of prosthetic component when this implant is
inclined in any direction.
Lastly, Dentoflex continues its efforts in the
development and improvement processes of its
products in order for the most important person
to us to always have the best to work with: You!
SURFACE TREATMENT
Surface
Treatment
7
SUPREME
Family
Implant
MORSE TAPER
Has internal taper of 11.5o
Available with prosthetic index
Internal thread of 1.8 mm
Simplified placement (capture and insertion driver)
with depth indication (1.0, 2.0 or 3.0 mm)
Implant cover and mount not included.
Available in diameters of 3.50, 3.75, 4.25 and 5.0 mm.
Surface treatment on the entire implant body.
Implant Diameter
Implant Length
3,50
8,5
3,75
10,0
4,25
11,5
5,00
13,0
15,0
8
[
The Supreme family of implants is
characterized by a very high primary
stability in all types of bones, which in
most cases enables the application of the
immediate loading technique in multiple
or single prostheses.
These implants have a tapered body
and three different thread shapes: at
the apex of the implant, the “V” shaped
threads provide a high cutting power of
the bone; in the central part of the body,
the trapezoidal threads help the primary
stability of the implant, besides helping
blood-clot retention, and lastly the square
threads located close to the implant
platform, which will increase the initial
stability of the implant and absorb up to
10 times the stress caused by mandible
excursion when compared to “V” shaped
threads.
The grooves between the threads further
increase the contact between the surface
of the implant and the bone tissue.
In addition to this, the implants of the
Supreme family have the Platform Switch,
which requires the use of components
of smaller diameter when compared to
the size of the implant platform, which
significantly reduces bone height loss
around the implant.
There is also surface treatment on the
entire body of the implant and they are
produced in commercially pure titanium
grade IV
The Supreme Family Implants are
presented in three types of prosthetic
connections:
Morse
Taper,
Internal
Hexagon and External Hexagon
IMPLANT
INSTALLATION DRIVER
MILLING SEQUENCE FOR SUPREME MORSE TAPER IMPLANT
Available in Short and
Long sizes
9
SUPREME
Implant cover
Are presented in four implant cover height sizes to be used according to the surgical
technique used
UNIVERSAL TRUNNION
With and Without Prosthetic Index
b
0,0 mm
1,0 mm
1,20
2,0 mm
1,20
10
N/cm
3,0 mm
1,20
10
N/cm
STRAIGHT
UNIVERSAL
TRUNNION WITH
INDEX
b
a
c
1,20
10
N/cm
STRAIGHT
UNIVERSAL
TRUNNION
WITHOUT INDEX
32
N/cm
1,20
a
10
N/cm
20
N/cm
c
Healing Caps
Diameter
1,20
Belt Height
3,3
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
4,5
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
USED FOR PRODUCING CEMENTED PROSTHESES,
SINGLE OR MULTIPLE
1,20
10
N/cm
Implant transfer coping
Straight Universal Trunnion
Open Tray Transfer of the
Implant with Short and
Long Index
Implant without Short and
Long Index
1,20
1,20
10
N/cm
Diameter (a)
Trunnion Height (b)
Belt Height (c)
3,3
4,0 - 6,0
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
4,5
4,0 - 6,0
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
Produced in titanium
Installation torque: 20N
Available in two prosthesis seating diameters: 3,3
and 4,5 mm
10
N/cm
Implant
Analog
10
11
Without Prosthetic Index
b
Universal Trunnion Transfer
4,0
ANGLED UNIVERSAL
TRUNNION WITHOUT
INDEX
Diameter
Trunnion Height
Color
3,3
4,0
Yellow
3,3
6,0
Blue
4,5
4,0
Yellow
4,5
6,0
Blue
a
20
N/cm
6,0
UNIVERSAL TRUNNION ANALOG
1,20
c
SINGLE OR MULTIPLE
Available straight (single item) and angled (has pass
through screw – 17º, 22º and 30º)
Diameter
Trunnion Height
3,3
4,0
3,3
6,0
4,5
4,0
4,5
6,0
CEMENTED SINGLE PROSTHESIS
Universal Trunnion Coping
Temporary (Anti-Rotational)
Calcinable (Anti-Rotational)
Alumina (Anti-Rotational)
Angled Universal Trunnion
Diameter (a)
Trunnion Height (b)
Angulation
Belt Height (c)
Diameter
Coping Height
3,3
4,0 - 6,0
17°- 22°- 30°
1,5 – 2,5 – 3,5
3,3
4,0
4,5
4,0 - 6,0
17°- 22°- 30°
1,5 – 2,5 – 3,5
3,3
6,0
4,5
4,0
4,5
6,0
CEMENTED MULTIPLE PROSTHESIS
SUPREME
UNIVERSAL TRUNNION
STRAIGHT AND ANGLED UNIVERSAL
TRUNNION COMPONENTS
Temporary (Round)
12
Calcinable (Round)
13
ESTHETICONE
SUPREME
MIRUSCONE
20
N/cm
20
N/cm
1,20
1,20
20
N/cm
20
N/cm
ANGLED
MIRUSCONE
WITH INDEX
2,20
ANGLED
ESTHETICONE
WITH INDEX
2,20
USED FOR PRODUCING MULTIPLE SCREWED PROSTHESES
USED FOR PRODUCING SINGLE OR MULTIPLE SCREWED PROSTHESES
Available straight without index (single item) and angled
with or without index (has pass-through screw - 17°, 22° and
Installation torque of prosthesis retaining screw: 10N
30°)
Minimum occlusal distance: 6.5 mm
Available straight without index (single item) and angled with or wi-
thout index (17°, 22° and 30°) (has pass-through screw)
Straight Estheticone
Straight Miruscone
BELT HEIGHTS AVAILABLE
Belt height of the Angled Miruscone
BELT HEIGHT ON ANGLED ESTHETICONE
1,5 - 2,5 - 3,5
1,5 - 2,5 - 3,5
Open
Tray
Transfer
1,20
1,20
1,20
1,20
Lab Screw (optional)
Analog
Closed Tray
Transfer
Available AR
and Round
1,20
1,20
1,20
1,20
Healing Cap
Available with and without emergence profile (6.0 and 7.5 mm)
Healing Cap
14
STRAIGHT AND ANGLED ESTHETICONE COMPONENTS
Open Tray
Transfer
Available AR
and Round
Closed
Tray
Transfer
Round
Plastic
Sleeve
Angled Estheticone
BELT HEIGHTS
STRAIGHT AND ANGLED MIRUSCONE COMPONENTS
Round
Metal
Base
Sleeve
0,8 - 1,5 - 2,5 - 3,5 - 4,5 - 5,5
STRAIGHT ESTHETICONE
WITHOUT INDEX
Round
Titanium
Sleeve
1,20
Round
Metal
Base
Sleeve
1,20
Round
Plastic
Sleeve
1,20
Round
Titanium
Sleeve
1,20
0,8 - 1,5 - 2,5 - 3,5 - 4,5 - 5,5 - 6,5
STRAIGHT MIRUSCONE
WITHOUT INDEX
Analog
15
Implant
SUPREME
O’RING INDICATED FOR OVERDENTURE RETAINING
20
N/cm
2,50
INTERNAL HEXAGON
INDICATED FOR SINGLE AND MULTIPLE PROSTHESES
Indicated for all types of bone quality
Requires Dentoflex installation driver
Tapered body
0,8 - 1,5 - 2,5 - 3,5 - 4,5 - 5,5 - 6,5
High initial stability
Surface treatment on the entire implant body
Implant cover included
Internal Hexagon 2.50 mm
CASTABLE O’RING
Implant Diameter
Implant Length
3,50
8,5
3,75
10,0
4,25
11,5
5,00
13,0
15,0
Used in natural root or in distal position of the bar-clip.
Metallic O’ring
Capsule
O’ring Spacer Washer
Plastic Capsule for
Transfer
BARRA CLIP
IMPLANT
INSTALLATION DRIVER
INDICATED FOR OVERDENTURE RETAINING
Ideal distance between implants: 22 mm
3 clips (straight, 35° and 70°) and 2 bars included
Reto
35°
70°
SELECTION OF PLATFORM
SWITCH COMPONENTS
IMPLANT
COMPONENT
3,50
3,25
3,75
3,25
4,25
3,75
5,00
4,25
MILLING SEQUENCE FOR SUPREME IH IMPLANT
Long sizes
16
17
SUPREME
HEALING CAPS
Available at heights
of 3.0, 5.0 and 7.0 mm
Healing cap without
emergence profile
1,20
of 3.0, 5.0 and 7.0
mm Healing cap with
emergence profile
1,20
HEIGHTS
EMERGENCE PROFILE
3,0 - 5,0 - 7,0
5,0 - 6,0
PERMANENT PROSTHESIS
COMPONENTS
UCLA
Possibility of producing cemented or screwed prosthesis
Available with plastic body and ring or plastic body and ring in Cr-Co
Lab screw included
Installation Torque: 32N
32
N/cm
32
N/cm
1,30
1,30
Plastic Ucla Available
AR and Round
1,20
Ucla Metal Belt Available
AR and Round
1,20
Open tray transfer
Available short,
medium and long
Closed tray
transfer
STRAIGHT TRUNNION FOR CEMENTED PROSTHESIS
32
N/cm
1,30
Indicated for multiple
cemented prosthesis
IH Implant Analog
BELT HEIGHTS
TEMPORARY PROSTHESIS COMPONENTS
SCREWED PROSTHESIS
32
N/cm
1,30
32
N/cm
1,30
Munhão Temporário para Prótese Parafusada
Disponível AR e Circular
18
ANGLED TRUNNION FOR CEMENTED PROSTHESIS
BELT HEIGHTS
ANGULATIONS AVAILABLE
1,0 - 2,0 - 3,0
15o - 25o - 35o
1,0 - 2,0 - 3,0 - 4,0 - 5,0
19
ESTHETICONE
32
N/cm
2,20
USED FOR PRODUCING SINGLE OR MULTIPLE SCREWED
32
N/cm
PROSTHESES
2,20
Installation torque: straight 32 N, angled 20N
Minimum occlusal distance: 4.5mm
Available straight or angled (17°, 22° and 30°)
Prosthesis retaining screw included
BELT HEIGHTS
BELT HEIGHTS
1,0 - 2,0 - 3,0 - 4,0 - 5,0
1,0 - 2,0 - 3,0
1,30
1,20
BELT HEIGHTS
Open
Tray
Transfer
1,20
Round
Plastic
Sleeve
1,20
Analog
Closed Tray
Transfer
Available AR
and Round
1,20
1,20
Healing Cap
Round
Metal
Base
Sleeve
17o - 22o - 30o
Open Tray
Transfer
Available AR
and Round
Closed
Tray
Transfer
1,20
1,0 - 2,0 - 3,0
17o - 22o - 30o
20
BELT HEIGHTS
1,0 - 2,0 - 3,0
1,20
ANGLED ESTHETICONE
20
N/cm
ANGLED MIRUSCONE
20
N/cm
1,20
1,20
Healing Cap
Round
Titanium
Sleeve
1,20
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
1,20
SUPREME
MIRUSCONE
Analog
21
Implant
SUPREME
OVERDENTURE RETAINING SYSTEM
O’RING
32
N/cm
2,50
EXTERNAL HEXAGON
Includes plastic capsule for transfer, titanium capsule and
spacer ring
Tapered body
High initial stability
1,0 - 2,0 - 3,0 - 4,0 - 5,0
Diameters
Hexagon
Hexagon Height
8,5
3,75
4,25
Lengths
10,0
2,70
0,70
11,5
13,0
5,00
15,0
CASTABLE O’RING
Metallic O’ring
Capsule
MILLING SEQUENCE FOR SUPREME EH IMPLANT
Plastic Capsule for
Transfer
BAR CLIP
IMPLANT
INSTALLATION DRIVER
Ideal distance between implants: 22mm
Reto
35°
SWITCH COMPONENTS
IMPLANT
COMPONENT
3,75
3,25 mini (3,6)
4,25
3,25 mini (3,6)
5,00
3,75 (4,1)
70°
Long sizes
22
23
SUPREME
HEALING CAPS
PERMANENT PROSTHESIS COMPONENTS
1,20
UCLA
1,20
Lab screw included
Healing cap with
emergence profile - SPE
Healing cap without
emergence profile
32
N/cm
HEIGHTS
EMERGENCE PROFILE
2,0 - 3,0 - 4,0 - 5,0 - 6,0
5,0 - 6,0
1,20
32
N/cm
1,30
1,30
Plastic Belt Available
AR and Round
Metal Belt Available
AR and Round
1,20
Closed tray transfer
Open tray transfer Available
short, medium and long
32
N/cm
1,30
EH Implant Analog
Indicated for multiple cemented prosthesis
BELT HEIGHTS
24
SCREWED PROSTHESIS
32
N/cm
1,30
32
N/cm
1,30
Temporary Trunnion
for Screwed Prosthesis
Available AR and Round
BELT HEIGHTS
1,0 - 2,0 - 3,0
15o - 25o - 35o
1,0 - 2,0 - 3,0 - 4,0 - 5,0
25
SUPREME
MIRUSCONE
ESTHETICONE
32
N/cm
PROSTHESES
32
N/cm
2,20
2,20
Installation torque: straight 32N, angled 20N
Available straight and angled (17° 22° and 30°)
BELT HEIGHTS
BELT HEIGHTS
1,0 - 2,0 - 3,0
ANGLED MIRUSCONE
1,20
BELT HEIGHTS
ANGULATIONS
1,0 - 2,0 - 3,0
17o - 22o - 30o
20
N/cm
BELT HEIGHTS
1,20
1,20
Round
Plastic
Sleeve
Closed Tray
Transfer
Available AR
and Round
1,20
1,20
1,20
1,20
Healing Cap
1,20
Analog
26
Healing Cap
Round
Metal
Base
Sleeve
17o - 22o - 30o
Open Tray
Transfer
Available AR
and Round
Closed
Tray
Transfer
1,20
1,0 - 2,0 - 3,0
Open
Tray
Transfer
ANGLED ESTHETICONE
Round
Titanium
Sleeve
1,20
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
1,20
20
N/cm
1,0 - 2,0 - 3,0 - 4,0 - 5,0
Analog
27
Family
SUPREME
O’RING
2,50
spacer ring
*Starting Ø 3,75
1,0 - 2,0 - 3,0 - 4,0 - 5,0
CASTABLE O’RING
Metallic O’ring Capsule
Plastic Capsule for
Transfer
BAR CLIP
Reto
28
35°
70°
[
The Classic family implants represent the
entire tradition and safety of Dentoflex
implants. Having a cylindrical body, micro
threads on the prosthetic platform, four
cutting grooves on its apex, but with
significant improvements, such as surface
treatment on the entire body of the
implant and platform switch, produced in
commercially pure titanium grade IV.
Another significant improvement was
the elimination of mounts, now replaced
by counter angle switches on both the
internal hexagon and external hexagon
to capture, transport and execute the
initial installation of the implant, highly
facilitating the day-to-day of the dental
surgeon.
The implants of the Classic family are
supplied with implant cover and already
have the new more practical and safer
packaging.
29
CLASSIC
Implant
INTERNAL HEXAGON
HEALING CAPS
of 3.0, 5.0 and 7.0 mm
Healing cap without
emergence profile
1,20
of 3.0, 5.0 and 7.0
mm Healing cap with
emergence profile
1,20
Cylindrical body
High cutting power
Double Thread
HEIGHTS
EMERGENCE PROFILE
3,0 - 5,0 - 7,0
5,0 - 6,0
Internal Hexagon 2.50mm
IMPLANT DIAMETER
IMPLANT LENGTH
3,50
7,00 (*)
1,20
3,75
8,00
1,20
4,00
10,0
4,25
11,5
Open tray transfer
Available short,
medium and long
5,00
13,0
Closed tray
transfer
15,0
(*) As from diameter of 3.75
IH Implant Analog
MILLING SEQUENCE FOR CLASSIC IH IMPLANT
SCREWED PROSTHESIS
32
N/cm
IMPLANT
INSTALLATION DRIVER
SWITCH COMPONENTS
IMPLANT
COMPONENT
3,50
3,25
3,75
3,25
4,00
3,25
4,25
3,75
5,00
4,25
1,30
COMPONENTS TEMPORARY PROSTHESIS
Temporary Trunnion for Screwed Prosthesis
Long sizes
30
31
MIRUSCONE
CLASSIC
COMPONENTS
UCLA
Lab screw included
USED FOR PRODUCING MULTIPLE SCREWED PROSTHESEIS
32
N/cm
2,20
32
N/cm
32
N/cm
1,30
1,30
Plastic Ucla Available
AR and Round
Ucla Metal Belt Available
AR and Round
BELT HEIGHTS
1,0 - 2,0 - 3,0
32
N/cm
1,30
ANGLED MIRUSCONE
20
N/cm
cemented prosthesis
1,20
BELT HEIGHTS
ANGULATION AVAILABLE
1,0 - 2,0 - 3,0
17o - 22o - 30o
BELT HEIGHTS
1,0 - 2,0 - 3,0 - 4,0 - 5,0
Open
Tray
Transfer
32
N/cm
Closed
Tray
Transfer
1,20
1,20
1,20
1,30
Healing Cap
BELT HEIGHTS
1,0 - 2,0 - 3,0
15o - 25o - 35o
Round
Metal
Base
Sleeve
1,20
Round
Plastic
Sleeve
1,20
Round
Titanium
Sleeve
1,20
Analog
32
33
CLASSIC
ESTHETICONE
USED FOR PRODUCING SINGLE OR MULTIPLE SCREWED PROS-
32
N/cm
O’RING
THESES
2,20
32
N/cm
2,50
20
N/cm
spacer ring
BELT HEIGHTS
1,0 - 2,0 - 3,0 - 4,0 - 5,0
1,0 - 2,0 - 3,0 - 4,0 - 5,0
CASTABLE O’RING
ANGLED ESTHETICONE
1,30
BELT HEIGHTS
1,0 - 2,0 - 3,0
17o - 22o - 30o
Closed Tray
Transfer
Available AR
and Round
Open Tray
Transfer
Available AR
and Round
1,20
1,20
1,20
Healing Cap
Plastic Capsule for
Transfer
BAR CLIP
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
1,20
Straight
35°
70°
Analog
34
35
CLASSIC
Implant
EXTERNAL HEXAGON
HEALING CAPS
1,20
1,20
Healing cap without
Emergence profile
Healing cap with
Cylindrical body
High cutting power.
HEIGHTS
EMERGENCE PROFILE
2,0 - 3,0 - 4,0 - 5,0 - 6,0
5,0 - 6,0
Double Thread
DIAMETER
LENGTH
3,25
7,0
3,75
8,5
4,00
10,0
5,00
11,5
1,20
1,20
13,0
15,0
MILLING SEQUENCE FOR CLASSIC EH IMPLANT
EH implant analog
SCREWED PROSTHESIS
32
N/cm
1,30
IMPLANT
INSTALLATION DRIVER
SWITCH COMPONENTS
IMPLANT
COMPONENT
3,25
3,25 mini (3,6)
3,75
3,25 mini (3,6)
4,00
3,25 mini (3,6)
5,00
3,75 (4,1)
Temporary Trunnion
for Screwed Prosthesis
Long sizes
36
37
CLASSIC
COMPONENTS
UCLA
MIRUSCONE
Lab screw included
32
N/cm
2,20
32
N/cm
32
N/cm
1,30
1,30
AR and Round
AR and Round
BELT HEIGHTS
1,0 - 2,0 - 3,0
20
N/cm
32
N/cm
ANGLED MIRUSCONE
1,20
1,30
BELT HEIGHTS
ANGULATION
1,0 - 2,0 - 3,0
17o - 22o - 30o
Indicated for multiple cemented prosthesis
1,0 - 2,0 - 3,0 - 4,0 - 5,0
Open
Tray
Transfer
Closed
Tray
Transfer
1,20
1,20
1,20
Healing Cap
32
N/cm
1,30
Round
Metal
Base
Sleeve
BELT HEIGHTS
1,0 - 2,0 - 3,0
15o - 25o - 35o
1,20
Round
Plastic
Sleeve
1,20
Round
Titanium
Sleeve
1,20
BELT HEIGHTS
Analog
38
39
CLASSIC
ESTHETICONE
32
N/cm
O’RING
PROSTHESES
2,20
2,50
spacer ring
BELT HEIGHTS
1,0 - 2,0 - 3,0 - 4,0 - 5,0
1,0 - 2,0 - 3,0 - 4,0 - 5,0
20
N/cm
CASTABLE O’RING
ANGLED ESTHETICONE
BELT HEIGHTS
1,0 - 2,0 - 3,0
17o - 22o - 30o
Open Tray
Transfer
Available AR
and Round
Closed Tray
Transfer
Available AR
and Round
1,20
1,20
1,20
Healing Cap
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
Plastic Capsule for
Transfer
BAR CLIP
1,20
Straight
35°
70°
Analog
40
41
41
Family
Implant
ARROW
MORSE TAPER
Available with prosthetic index
Simplified placement (capture and insertion driver)
with depth indication (1.0, 2.0 or 3.0 mm)
Implant cover and mount not included.
Available in diameters of 3.50, 3.75 and 4.00 mm.
Implant Diameter
Implant Length
3,50
8,0
3,75
10,0
4,00
11,5
13,0
15,0
[
The ARROW family implants have a
cylindrical body, metric threads on the body
and micro threads close to the prosthetic
platform, whose function is to aid the
primary stability of the implant, especially
when there is a bone quality with narrow
range of cortical and porous bone, besides
having a sharp and cutting apex, which
facilitates its insertion.
The ARROW family implants are indicated
for low density bones, types III and IV, and
they cause an expansion of the medullary
portion of the receptor bone when inserted,
besides having the action of the micro
threads on the bone corticomedullary
transition region.
The work with mills is reduced (in most
cases only the spear milling cutter is used),
which reduces the transoperative time.
The prosthetic platforms available are the
Morse Taper and Internal Hexagon types.
IMPLANT
INSTALLATION DRIVER
MILLING SEQUENCE FOR ARROW MORSE TAPER IMPLANT
Long sizes
42
43
Implant cover
ARROW
Are presented in four implant cover height sizes to be used according to the surgical
technique used
UNIVERSAL TRUNNION
With Prosthetic Index
b
0,0 mm
1,0 mm
1,20
2,0 mm
1,20
10
N/cm
3,0 mm
1,20
10
N/cm
STRAIGHT
UNIVERSAL
TRUNNION WITH
INDEX
b
STRAIGHT
UNIVERSAL
TRUNNION
WITHOUT INDEX
a
c
32
N/cm
1,20
1,20
10
N/cm
a
10
N/cm
20
N/cm
c
Healing Caps
Diameter
Belt Height
3,3
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
4,5
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
1,20
Available straight or angled (17o, 22o and 30o)
Available in two prosthesis seating diameters: 3,3
and 4,5mm
Has pass-through screw
1,20
10
N/cm
Implant transfer coping
Straight Universal Trunnion
Implant with Available Short
and Long Index
Implant without Available
Short and Long Index
1,20
1,20
10
N/cm
Diameter (a)
Trunnion Height (b)
Belt Height (c)
3,3
4,0 - 6,0
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
4,5
4,0 - 6,0
0,8 – 1,5 – 2,5 – 3,5 – 4,5 – 5,5 – 6,5
SINGLE OR MULTIPLE
10
N/cm
Implant
Analog
44
45
ARROW
UNIVERSAL TRUNNION
Without Prosthetic Index
STRAIGHT AND ANGLED UNIVERSAL
TRUNNION COMPONENTS
Universal Trunnion Transfer
ANGLED UNIVERSAL
TRUNNION WITHOUT INDEX
4,0
6,0
b
Diameter
Trunnion Height
Color
3,3
4,0
Yellow
3,3
6,0
Blue
4,5
4,0
Yellow
4,5
6,0
Blue
a
20
N/cm
UNIVERSAL TRUNNION ANALOG
c
USED FOR PRODUCING CEMENTED PROSTHESES, SINGLE OR
MULTIPLES
Diameter
Trunnion Height
3,3
4,0
3,3
6,0
4,5
4,0
4,5
6,0
CEMENTED SINGLE PROSTHESIS
Available straight (single item) and angled (has pass
through screw – 17º, 22º and 30º)
Temporary (Anti-Rotational)
Calcinable (Anti-Rotational)
Alumina (Anti-Rotational)
Angled Universal Trunnion
Diameter (a)
Trunnion Height (b)
Angulation
Belt Height (c)
Diameter
Coping Height
3,3
4,0 - 6,0
17°- 22°- 30°
1,5 – 2,5 – 3,5
3,3
4,0
4,5
4,0 - 6,0
17°- 22°- 30°
1,5 – 2,5 – 3,5
3,3
6,0
4,5
4,0
4,5
6,0
CEMENTED MULTIPLE PROSTHESIS
1,20
Temporary (Round)
46
Calcinable (Round)
47
MIRUSCONE
ARROW
ESTETICONE
20
N/cm
20
N/cm
1,20
1,20
20
N/cm
ANGLED
MIRUSCONE
WITH INDEX
2,20
ANGLED
ESTHETICONE
WITH INDEX
2,20
USED FOR PRODUCING SINGLE OR MULTIPLE SCREWED PROSTHESES
Available straight without index (single item) and angled with or
without index (has pass-through screw - 17°, 22° and 30°)
Available straight without index (single item) and angled with or wi-
thout index (17°, 22° and 30°) (has pass-through screw)
Straight Miruscone
Straight Estheticone
0,8 - 1,5 - 2,5 - 3,5 - 4,5 - 5,5 - 6,5
STRAIGHT MIRUSCONE
WITHOUT INDEX
Belt height of the Angled Miruscone
BELT HEIGHT ON ANGLED ESTHETICONE
1,5 - 2,5 - 3,5
1,5 - 2,5 - 3,5
Closed
Tray
Transfer
1,20
1,20
1,20
Analog
Closed Tray
Transfer
Available AR
and Round
Open Tray
Transfer
Available AR
and Round
1,20
1,20
1,20
1,20
Healing Cap
Healing Cap
1,20
Angled Estheticone
BELT HEIGHTS
Open
Tray
Transfer
Round
Plastic Sleeve
0,8 - 1,5 - 2,5 - 3,5 - 4,5 - 5,5
STRAIGHT ESTHETICONE
WITHOUT INDEX
48
Round Titanium
Sleeve
1,20
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
1,20
20
N/cm
Analog
49
Implant
ARROW
O’RING
20
N/cm
2,50
INTERNAL HEXAGON
0,8 - 1,5 - 2,5 - 3,5 - 4,5 - 5,5 - 6,5
Cylindrical body
High cutting power
Double Thread
Implant Diameter
Implant Length
3,50
8,0
3,75
10,0
4,00
11,5
CASTABLE O’RING
13,0
15,0
O’ring Spacer washer
Plastic Capsule for
Transfer
BAR CLIP
IMPLANT
INSTALLATION DRIVER
Straight
35°
SWITCH COMPONENTS
IMPLANT
COMPONENT
3,50
3,25
3,75
3,25
4,00
3,25
MILLING SEQUENCE FOR ARROW IH IMPLANT
70°
Long sizes
50
51
COMPONENTS
ARROW
HEALING CAPS
of 3.0, 5.0 and 7.0 mm
Healing cap without
emergence profile
1,20
of 3.0, 5.0 and 7.0
mm Healing cap with
emergence profile
1,20
HEIGHTS
EMERGENCE PROFILE
3,0 - 5,0 - 7,0
5,0 - 6,0
UCLA
Lab screw included
32
N/cm
32
N/cm
1,30
1,30
Plastic Ucla
1,20
Ucla Metal Belt
1,20
Open tray transfer
Available short,
medium and long
Closed tray
transfer
32
N/cm
1,30
cemented prosthesis
IH Implant Analog
CEMENTED PROSTHESIS
32
N/cm
32
N/cm
1,30
1,30
Temporary Trunnion for Cemented Prosthesis
52
1,0 - 2,0 - 3,0 - 4,0 - 5,0
BELT HEIGHTS
1,0 - 2,0 - 3,0
BELT HEIGHTS
15o - 25o - 35o
53
ARROW
MIRUSCONE
ESTHETICONE
32
N/cm
2,20
32
N/cm
PROSTHESES
2,20
BELT HEIGHTS
BELT HEIGHTS
1,0 - 2,0 - 3,0 - 4,0 - 5,0
1,0 - 2,0 - 3,0
20
N/cm
ANGLED MIRUSCONE
20
N/cm
ANGLED ESTHETICONE
1,30
1,20
1,0 - 2,0 - 3,0
17 - 22 - 30
o
o
Open
Transfer
Tray
1,20
1,20
Round
Plastic
Sleeve
1,20
Analog
54
1,0 - 2,0 - 3,0
17o - 22o - 30o
Closed Tray
Transfer
Available AR
and Round
1,20
1,20
1,20
1,20
Healing Cap
Healing Cap
Round
Metal
Base
Sleeve
Open Tray
Transfer
Available AR
and Round
Closed
Tray
Transfer
1,20
BELT HEIGHTS
o
Round
Titanium
Sleeve
1,20
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
1,20
BELT HEIGHTS
Analog
55
Family
ARROW
O’RING
32
N/cm
2,50
spacer ring
1,0 - 2,0 - 3,0 - 4,0 - 5,0
CASTABLE O’RING
O’ring Spacer washer
Plastic Capsule for
Transfer
BAR CLIP
Straight
56
35°
[
The short implants of Dentoflex were
developed to be an alternative in the
surgical/prosthetic planning when the
absence of bone height availability in
the posterior maxillary and mandibular
regions is observed.
It is also indicated for installation in the
posterior region serving as support in
protocol prostheses.
Available in external hexagon prosthetic
connections provided with mount and
implant cover, morse taper available only
with mount.
70°
57
SHORT
Implant
MORSE TAPER
Implant
EXTERNAL HEXAGON
Cylindrical body
High cutting power
Double thread
Mount and implant cover included
Hexagon height: 1.0 mm
Treatment of entire implant surface
Implant Diameter
Implant length
5,0
5,0
6,0
6,0
o
58
Available without prosthetic index
Mount included
Implant cover not included
Double thread
MILLING SEQUENCE FOR SHORT EH IMPLANT
Implant Diameter
Implant length
5,0
5,0
6,0
6,0
7,0
MILLING SEQUENCE FOR SHORT MORSE TAPER IMPLANT
SWITCH COMPONENTS
IMPLANT
COMPONENT
5,00
4,30
6,00
5,00
59
MIRUSCONE
HEALING CAPS
SHORT
1,20
1,20
Healing cap without
Emergence profile
32
N/cm
Healing cap with
2,20
HEIGHTS
EMERGENCE PROFILE
2,0 - 3,0 - 4,0 - 5,0 - 6,0
5,0 - 6,0
BELT HEIGHTS
1,0 - 2,0 - 3,0
1,20
1,20
20
N/cm
ANGLED MIRUSCONE
1,20
EH implant analog
PERMANENT PROSTHESIS COMPONENTS
UCLA
BELT HEIGHTS
ANGULATION
1,0 - 2,0 - 3,0
17o - 22o - 30o
Available for all implant diameters
Open
Tray
Transfer
32
N/cm
1,20
1,20
32
N/cm
1,30
AR and Round
Closed
Tray
Transfer
1,30
1,20
Healing Cap
AR and Round
Round
Metal
Base
Sleeve
1,20
Round
Plastic
Sleeve
1,20
Round
Titanium
Sleeve
1,20
Analog
60
61
SHORT
ESTHETICONE
32
N/cm
Family
PROSTHESES
2,20
BELT HEIGHTS
1,0 - 2,0 - 3,0 - 4,0 - 5,0
20
N/cm
ANGLED ESTHETICONE
BELT HEIGHTS
1,0 - 2,0 - 3,0
17o - 22o - 30o
Closed Tray
Transfer
Available AR
and Round
Open Tray
Transfer
Available AR
and Round
1,20
1,20
1,20
Healing Cap
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
1,20
[
The SOLID family implants are characterized
as single body implants.
The Flex implants belong to the SOLID
family and they are indicated for immediate
mandibular loading, and the temporary
implants whose prosthetic platforms have a
ball attachment as overdenture retainer.
Analog
62
63
SOLID
FLEX
Implant
Implant
TEMPORARY
Produced in titanium grade IV
Has square threads
Excellent primary stability
Indicated for lower immediate loading
Prosthesis retaining screw supports 32 N
Single body: no GAP between implant and prosthetic component
DIAMETER
2,50
INDICATED FOR TEMPORARY TOTAL PROSTHESIS RETAINING
Indicated for restoration of small single prosthetic spaces
Indicated for retaining prostheses fixed on implants
Facilitated insertion: use of only one mill of 1,8 for bone preparation
Cutting apex
Requires Dentoflex O’ring insertion driver
LENGTH
3,75
8,5
DIAMETER
LENGTH
10,0
2,6
10
11,5
13
13,0
15
15,0
FLEX COMPONENTS
1,20
1,20
Healing Cap
Metal Base Sleeve
Available AR
and Round
1,20
Plastic Sleeve
Available AR
and Round
1,20
Titanium Sleeve
Available AR
and Round
Spacer Washer
64
O’ring Capsule
1,20
Trunnion for cemented prosthesis
Analog
O’ring Transfer
Open Tray
Transfer
Available AR
and Round
Angled trunnion for
cemented prosthesis
Angulation of 15º
65
MIRUSCONE
ZIGOFLEX
Family
USED FOR PRODUCING MULTIPLE PROSTHESES
32
N/cm
2,20
Installation torque: straight 32N
ZYGOMATIC IMPLANT
BELT HEIGHTS
PRESENTED IN TWO MODELS:
1,0 - 2,0 - 3,0
Intrasinusal technique: Has thread on the entire active
body of the implant.
Exteriorized technique: Has no thread on the part in
contact with the soft tissue
External hexagon prosthetic connection
Produced in titanium grade IV
Implant diameter: 4.0 mm
[
The Dentoflex zygomatic implants are
alternatives for graft reconstructions and
for atrophic maxillary treatments using
available bone areas in the maxilla using
palatine access.
The zygomatic implants are produced in
two models, one for use in exteriorized
technique (does not have thread on the
implant region in contact with soft tissue)
and the other is applied in the intrasinusal
technique (with thread on the entire implant
body). Available in diameters of 4.0 mm.
Open
Tray
Transfer
Closed
Tray
Transfer
1,20
1,20
1,20
Healing Cap
LENGTH
35,0 – 37,5 – 40,0 – 42,5 – 45,0 – 47,5 – 50,0 – 52,5 – 55,0
ZYGOMATIC KIT
Open
Tray
Transfer
1,20
Round
Plastic
Sleeve
1,20
Round
Titanium
Sleeve
1,20
STRAIGHT MIRUSCONE COMPONENTS
Only for placement of zygomatic implants.
Case in polymer with internal tray and support in
autoclavable silicone.
Contains 15 items.
66
Analog
67
PROSTHESIS DRIVER
REFERENCE GUIDE
32
N/cm
USED FOR PRODUCING MULTIPLE PROSTHESES
2,20
DRIVER
Installation torque: straight 32N
BELT HEIGHTS
1,0 - 2,0 - 3,0 - 4,0 - 5,0
STRAIGHT ESTHETICONE COMPONENTS
Closed Tray
Transfer
Available AR
and Round
Open Tray
Transfer
Available AR
and Round
1,20
1,20
Plastic Sleeve
Available AR
and Round
SYMBOL
INDICATION
Digital hex driver
0.9 mm
Ratchet hex driver
0.9 mm
0,9
Implant cover for
External Hexagon
Digital hex driver
1.20 mm
Ratchet hex driver
1.20 mm
1,20
Implant cover and healing caps
for IH and Morse Taper, transfer
coping, prosthesis retaining
miniscrew and lab screw
Digital hex driver
1.30 mm
Ratchet hex driver
1.30 mm
1,30
Temporary Trunnion,
Ucla, Trunnion for
Cemented Prosthesis
Torque wrench hex driver
1.60 mm
1,60
Flat Component for
Morse Taper
2.20 mm
2,20
2.50 mm
2,50
O’ring and Temporary
Implant
3.00 mm
3,00
Flex Component for
Morse Taper
2.00 mm
2,00
Miruscone
Estheticone
1,20
1,20
Healing Cap
Metal Base Sleeve
Available AR
and Round
DESCRIPTION
1,20
Titanium Sleeve
Available AR
and Round
1,20
Miscellaneous use
Screwdriver
Digital adapter for
ratchet driver
4,00
ZIGOFLEX
ESTHETICONE
Used on torque
wrench driver
Analog
68
69
INSTRUMENTALS
SINUS LIFT KIT
The kit consists of: 1 Hammer / 1 Bayonet Chisel / 1
Retractor / 1 Special maxillary sinus separator / 1 Bone
Condenser Beater / 5 Maxillary sinus curettes.
SUMMERS COMPACTOR
OSTEOTOMES
• Indicated for elevation of the maxillary sinus, ridge
expansion and future site preparation;
• Its concave and cutting tip enables cutting, carrying
and pushing the bone, reducing the risk of tearing the
membrane;
• Plastic protection included to reduce noise.
Material – Stainless Steel with heat treatment
Code: OTSUCJ
70
INSTRUMENTALS
[
• Indicated for ridge expansion, its tip enables expansion in
the anterior maxillary region with low bone thickness;
• Plastic protection included to reduce noise.
Code: OTSUCJM
IRRIGATION KIT
• Indicated for auxiliary irrigation independent of the motor;
The instruments produced by Dentoflex
aggregate a history of quality and commitment. The company is a pioneer in the implementation of innovations in the industry,
offering reliable solutions in order to obtain
security for surgery. the best raw materials
market are used adding high resistance to
corrosion, great finishing and excellent durability.
• Equipped with manual control of quantity of flow of
saline solution directed in all the necessary directions;
MODIFIED SUMMERS
OSTEOTOME EXPANDERS
• The entire system is autoclavable.
Material – Body in anodized aluminum and silicone hose
Code: IRRICJEXT
71
INSTRUMENTALS
MOLT 2-4 SEPARATOR
KEY HAND
Used for separating flaps in implantodontic and
Used in placing the Mini Orthodontic screw with the aid of
periodontal surgeries.
the Orthodontic driver Miniparafuso connected to Hand
Material: Stainless Steel
Key.
CODE: DESCMOLT2 / DESCMOLT3 / DESCMOLT 4
Material - Stainless Steel and Polyacetal
CODE: CHAVMAO
BONE CALIPER
Indicated for measuring bone thickness.
Material – Stainless Steel
CODE: PINCESP
IMPLANT POSITIONER
No 1 (5mm) 2 (7mm) 3 (12mm)
No. 1 (5mm) 2 (7mm) 3 (12mm)
It is used to provide parallelism in multiple dental implants.
CODE: DIBEBAND15MM / DIVEBAND27MM / DIVEBAND312MM
RETRACTOR WITH
BRANEMARK HANDLE
TACK KIT
Indicating for retracting the upper and lower lips, both for
Indicated for fixation of absorbable or non-absorbable
photographs and for implant procedures.
membranes.
Material – Case, forceps and hammer, in stainless steel:
CODE: AFSTBRAN
titanium tacks.
RETRACTOR SENN-MILLER
It is used to ward off cheeks and flaps.
SMITH RAMUS FORCEPS 23 cm
Material - Stainless Steel
Used in bone grafts, especially in the retromolar area. For
CODE: AFSTSEN
fracturing the bone block to be grafted.
CODE: PINCSMRA
DINGMAN BONE GRAFTING
FIXATION FORCEPS 19 cm
Used for holding bone graft for fixation of osteosynthesis
screws
CODE: PINCFIXENX19
72
TITANIUM ADSON BROWN
FORCEPS
CODE: KITCTACH
Used for manipulating soft tissue.
Material - Titanium ASTMF-67
CODE: PINCADBRT
73
INSTRUMENTALS
TUNGSTEN CARBIDE CRILE
WOOD NEEDLE HOLDER 16cm
ROUND SCALPEL FOR
COUNTER ANGLE
Used for suturing and the tungsten carbide prevents the
• Developed for cutting the gingival tissue that covers the
suture thread from escaping from the instrument.
implant during the second surgical phase;
• Indicated for cases with little gum;
Cód. PORACRW016
• Available in sizes: 3.6, 4.0, 4.2, 4.6 and 5.1 mm.
CASTROVIEJO CURVED
SCISSORS 14 cm
CODE: INCIBICA360
Used for removing suture and cutting soft tissue.
Available in single surgical and prosthetic model of 10 to
60 N. Coupler for square connections, and dismountable
CODE: TESOCASTCB14
ratchet that facilitates hygiene.
TORQUE WRENCH
Material – Stainless steel with heat treatment
CODE: CHAVTORCIRPROT
IMPLANT HOLDER FORCEPS
Tip with titanium nitride treatment, indicated specifically in
the handling of implants for coupling the mount.
ZAUFAL-JANSEN BIARTICULATED PLIER 18 cm
Used for osteotomies and cutting bone blocks in grafts.
CODE: INCIALARJJ18
TREPHINE DRILL BIT
CODE: PINCPIMPANT
• Available in two sizes, short for removal of bone grafts
and long for removal of implants;
• Laser markings
CODE: BROCTRE1008
74
75
iglesias protocol
1
One inlet straight sleeve
2
Used in more distal implants when
cantilever is not required. It has an inlet for
the retractable arm and a thread located
on the upper part to lock the retractable
arm by using the screw. Miniscrew included
for retaining miruscone that should be
inserted with a torque of 10 N/cm
3
Miniscrew
They are used between two implants. It has
two inlets for the retractable arms and two
threads located on the upper part to lock
the retractable arms by using the screws.
4
They are used for fixing the sleeves with
a torque of 10 N/cm with the aid of a hex
driver of 1.20 and a prosthetic torque
wrench
5
76
[
Seeking a practical and fast solution
for the production of a bar for protocol,
where the professional can obtain a reliable solution and reduce the time of entry
of the prosthesis, DENTOFLEX presents
the latest option for the production of
protocol bar: DENTOFLEX ARTICULATED BAR – IGLESIAS PROTOCOL.
Manufactured in commercially titanium
ASTM F136, the ARTICULATED BAR is
a total adjustable bar in its three movement axes (horizontal, vertical and lateral) according to the distance between
the installed implants.
The bar has extenders with plunger inside it, and these move in the horizontal
direction allowing the bar to have a bigger or smaller length according to the
distance between the installed implants.
The plungers can also be easily curved
to obtain the best direction on the curvature of the mandibular and/or maxillary arch.
As the ARTICULATED BAR is mounted
on miruscones (mini pillar), it allows a
passive adaptation in the insertion of the
protocol prosthesis.
This ARTICULATED BAR enables a level
of freedom of three-dimensional movement that, at the end of its mounting, after a mechanical fixation aided by a joint
through the autopolymerizable resin,
makes it rigid, enabling its installation in
majority of the cases.
The ARTICULATED BAR is indicated for
most cases. With the use of the Articulated Bar, the production and acrylization
of the prosthesis before the installation
of the bar becomes possible, in cases
of immediate or late loading or work together with the denture technician, with
waxing and acrylization of the piece.
An efficient, fast and practical solution
is what the ARTICULATED BAR offers to
the dental surgeon, thereby optimizing
the time necessary for a prosthetic restoration on protocol implants.
Plunger
The plunger together with the extender
make up the rod (retractable arm). They
are used between two implants in areas
where there is no curvature of the arch. If
necessary, due to a space smaller than the
size of the extender between the implants,
both can be sectioned with a carborundum disk in the size
ideal for the available space.
Double inlet straight sleeve
Screw
They are used for locking the retractable
arm. They should be used on the sleeve or
on the extender with a torque of 20 N/cm,
with the aid of a hex driver of 1.20 and a
prosthetic torque wrench
6
Extensor
The extender together with the
plunger make up the retractable arm.
They are used between two implants
in areas where there is no curvature
of the arch. If a space smaller than
the size of the extender between the implants is required,
both can be sectioned with a carborundum disk in the size
ideal for the available space. The extender has two threads
(use only one) used for the perfect lock of the system. It
has a ball that should be introduced into one of the sleeve
inlets.
THE ARTICULATED BAR FOR 6 IMPLANTS CONTAIN:
1
One inlet straight sleeve: 2 items
2
Double inlet straight sleeve: 4 items
3
Miniscrew: 6 units
4
Screw: 15 units
5
Plunger: 5 items
6
Extender: 5 items
ARTICULATED BAR
ARTICULATED
BAR
77
ARTICULATED BAR
PREFABRICATED ARTICULATED BAR
FOR PROTOCOL WITH CANTILEVER
With a smaller length of bone availability when there is lack of bone height at the posterior region
of the dental arch, the space available for insertion of implants becomes evidently more restricted,
which forces the dental surgeon to install the implants closer to each other, and the bar for protocol
must contain a cantilever in order to have a biomechanical gain in occlusion and greater resistance
of the prosthesis to the occlusal loads.
Contemplating this, Dentoflex developed an Articulated Bar with bilateral cantilever, and this bar
specifically containing insertions of the more lingualized extenders, which facilitates mounting of
the bar with a closer distribution between the implants.
As accessory, one rod with titanium balls can be used between the implants in very close positions,
which may be easily cut into a suitable size between two implants. The length of the cantilever can
be cut or curved, following the path of the alveolar crest.
ADVANTAGES
• Up to 50%* reduction of prosthesis production time
• Complete adaptation of the Bar to the prosthetic component
• Guaranteed passivity of the prosthesis
• Up to 45%* reduction of the final cost of the prosthesis (in the domestic market)
• Fully adaptable bar in the horizontal, vertical and lateral direction
• Bar produced in titanium ASTM F136, lighter in comparison to the traditional cast bar.
CLINICAL CASE
Straight sleeve for cantilever
They are used in more distal implants,
in cases that require cantilever. It has an
inlet for the retractable arm and a thread
located on the upper part to lock the
retractable arm by using the screw.
Kit for short distances
short double
inlet sleeve
Upper view of the mounted
articulated bar.
Bar installed on micruscones (mini
pillars) and joined with resin.
Installation of protocol prosthesis
with the articulated bar.
Verification of the space for hygiene.
Final radiography: absence of gap
and tension.
The set of balls is used together with
the double inlet sleeve (messial–
distantal) when the distance between
the centers of the miruscones is lesser
than 11 and greater than 8 mm.
When the distance is between 6.5 and
8 mm, the double inlet sleeve should be
used for short distances (lingual).
set of balls
78
Mounting of bar on plaster model
before surgery, executed with
surgical guide.
OPTIONAL ITEMS FOR ARTICULATED BAR
79
KITS
KITS
PROSTHESIS OVER
IMPLANT KIT
SURGICAL KIT
For placement of prosthesis over implants of
For placement of implants with up to 6.00 mm.
Contains
Enables the use of the internal, external, morse taper,
• Case with cover
flex, cylindrical body, tapered and osseocompressive
• Torque Wrench*
prosthetic interface systems.
• Short handle for torque wrench driver
Case in polymer with internal tray and support in
• Medium handle for torque wrench driver
autoclavable silicone.
• Long handle for torque wrench driver
the Dentoflex system.
• Torque wrench drivers:
- Medium hex of 1.2
ADAPTER FOR PRE-MOUNTED LONG EH
SINGLE SURGICAL AND PROSTHETIC TORQUE
WRENCH OF 10 TO 60 N
HELICAL SPEAR DRILL BIT 2.30 MM
MEDIUM DIGITAL DRIVER 1.00
MEDIUM DIGITAL DRIVER 1.20
- Medium square of 1.3
HELICAL DRILL BIT 2.60 MM
ADAPTER FOR PRE-MOUNTED SHORT EH
TRI-HELICAL DRILL BIT 2.90 MM
TRI-HELICAL DRILL BIT 3.70 MM:
- Short hex of 1.2
MEDIUM DIGITAL DRIVER 1.30 FOR SQUARE SCREW
SHORT DIRECTION INDICATOR
LONG DIRECTION INDICATOR
SHORT INTERMEDIATE FOR COUNTER-ANGLE FOR IH
IMPLANT
- Extra long hex of 1.2
- Extra long square of 1.3
- Medium screwdriver
- Medium estheticone of 2.2
- Medium O’ring of 2.5
*Check the model during purchase.
LONG INTERMEDIATE FOR COUNTER-ANGLE FOR IH
IMPLANT
SHORT INTERMEDIATE FOR RATCHET 2.50 MM
LONG INTERMEDIATE FOR RATCHET 2.50 MM
COUNTERSINK DRILL BIT
SHORT DRIVER FOR IT IMPLANT FOR RATCHET
HELICAL TAPERED DRILL BIT 3.50X8.5 MM
LONG DRIVER FOR IT IMPLANT FOR RATCHET
SHORT DRIVER FOR IT IMPLANT FOR COUNTERANGLE
Intended for use in bone graft placement surgeries.
LONG DRIVER FOR IT IMPLANT FOR COUNTERANGLE
Contains
SHORT DRIVER FOR MORSE TAPER IMPLANT FOR
RATCHET
LONG DRIVER FOR MORSE TAPER IMPLANT FOR
RATCHET
SHORT DRIVER FOR MORSE TAPER OC IMPLANT FOR
COUNTER-ANGLE
LONG DRIVER FOR MORSE TAPER OC IMPLANT FOR
COUNTER-ANGLE
MOUNT HOLDER FOR COUNTER-ANGLE
DRILL BIT EXTENDER
CALIBRATED PROBE
SMALL SQUARE FIXED T DRIVER
CASE FOR SURGICAL KIT
BONE GRAFT KIT
• Case with cover
• Mounting base
• Hand driver
• Philips Screwdriver for hand driver and counter-angle
• Drill bit of 1.25 mm for counter-angle and handpiece
• Drill bit of 1.45 mm for counter-angle and handpiece
COMPOSITION OF THE SURGICAL KITS
- Hex of 0.9
80
81
HYGIENE
bristles for cleaning racks, knurls and fittings.
b. Do not prematurely open the autoclave in order
d. Never use straws or steel sponges and abrasive
to avoid rapid condensation.
products in order to not damage the instruments.
c. Do not quickly open the autoclave; let all the
e. Do not accumulate the instruments in large
steam out before the drying cycle is complete.
quantities on top of each other in order to avoid
d. In a conventional autoclave, the instrument should
deformation of the smaller and delicate pieces.
stay for 30 minutes after reaching a temperature of
Always handle few pieces at a time.
121ºC. In a high-vacuum autoclave, this time should
f. Cleaning by ultrasound, if used, should have a
be 4 minutes after reaching a temperature of 132ºC.
solution for washing heated to at least 45ºC, and
e. Thoroughly and periodically clean the autoclave
the instruments should be placed in the open
to remove dirt and eventual excess rust (iron oxide).
position. Three to five minutes of immersion at a
Tip: use two instrument drying cycles
frequency of 35 Kilohertz is the sufficient time for
cleaning the instruments. There is still the need to
brush the knurled parts and joints.
NOTE
Many executed electrochemical recordings are not
RINSING
HYGIENE AND STERILIZATION
PROCEDURES
carefully neutralized, causing premature oxidation,
It is the removal of chemical residues, detergents
and also the recording cannot be executed on
and foam still present on the instruments.
any part of the surface of the piece because it
a. Always use distilled, deionized or demineralized
may cause infiltrations of the corrosive product.
water. If the water is heated, its temperature should
Recordings in the form of “scratches” with sharp
be between 40ºC and 45ºC.
objects on the piece are completely wrong
b. Never use salt solutions, especially sodium
because the characteristics of the stainless steel
hypochlorite and saline solution, disinfectants,
are only suitable for surgical use due to polishing
oxygenated water or alcohol to clean or rinse the
and treatment on its surface, therefore any
surgical instruments.
aggression to it will result in oxidation and even
PRIOR HYGIENE OR
DESCALING
It is the removal of organic material from the
instrument, without direct manual contact. It
should commence as quickly as possible after its
use.
a. The person in charge of the task should be
equipped with the individual protection equipment
(gloves, mask, goggles, apron, cap, etc.).
DRYING
b. Use Sodium hypochlorite solution 1% (Milton
It is the removal of residual water and moisture after
solution) for 20 minutes.
the rinsing procedure. Never let the instrument dry
c. Rinse only once directly in jet of water, without
“naturally” in order to avoid white and yellow stains.
handling the surgical instruments.
Always use soft and absorbent fabric (compresses
for example) or moisture-free compressed air.
equipped with the individual protection equipment
(gloves, mask, goggles, apron, cap, etc.).
WASHING
b. Use enzymatic solution, at the concentration and
It is the mechanical removal of dirt from the surgical
STERILIZATION
time of exposure established by the manufacturer
instruments by manual brushing or vibrations
It is the procedure that aims at the complete
of these chemical solutions.
produced by ultrasound.
elimination of microorganisms (viruses, bacteria,
c. Rinse only once directly in jet of water, without
a. Always use distilled, deionized or demineralized
microbes and fungi), be it in the form of vegetation
handling the surgical instruments.
water for this procedure. If the water is heated
or spores. Sterilization by Saturation Steam under
to facilitate cleaning, the temperature should be
Pressure – Autoclave.
between 40ºC and 45ºC.
a. Use distilled, demineralized or deionized water
b. Use neutral soap 1% or neutral detergent, both
in order for the resulting steam to be free from
with pH of 7.0.
contaminants. If necessary, the autoclave should
c. Always use brushes with soft natural or nylon
also have suitable filters to retain contaminants.
DECONTAMINATION
It is the cleaning of microorganisms in vegetation
form that offer occupational risks.
82
a. The person in charge of the task should be
loss of the original resistance.
83
BETApro®
PUREZA
Pure phase of Beta – Tricalcium Phosphate (ß – TCP)
O BETApro® é um material sintético de altíssimo
grau de pureza (99%), para aplicação como substituto ósseo em operações de implante ou reposição de perda óssea. A fase pura que compõe o
BETApro® é o Beta-Tricálcio Fosfato (B-TCP) pertencente à família das apatitas conhecida por sua
semelhança com as diversas formas de matrizes
minerais ósseas humanas.
ESTABILIDADE
POROSIDADE
84
No BETApro® a estrutura cristalina e química dos
grãos, bem como sua porosidade (20 a 600um),
foram projetadas para se assemelhar aos componentes de fosfato de cálcio que compõe a matriz
mineral do osso humano. Essa faixa de porosidade
garante que os grãos não tenham uma absorção
prematura pela ação dos macrófagos e cria um
ambiente favorável para a ancoragem e proliferação de osteoblastos. A morfologia de superfície
(Figura 2) favorece a permeação dos fluídos biológicos em toda a superfície enxerto.
INDICAÇÕES
[
BETApro® is an osteoconductive bone
substitute, which consists of high purity
beta-tricalcium
phosphate
(beta-TCP).
BETApro® should be used as a bone
substitute in cavities or empty spaces that
require bone regeneration (resulting from
surgery, trauma or degenerative process).
Once implanted, the BETApro® provides a
supporting structure that stimulates bone
formation. The BETApro® is then absorbed
and later replaced by natural bone during the
regeneration process. BETApro® is supplied
in granules and blocks that have a structure
similar to human bone. The interconnected
porous structure of BETApro® acts as an
osteoconductive matrix for the growth of
bone cells and blood vessels.
O enxerto ósseo BETApro® é indicado para o preenchimento e restauração dos defeitos ósseos nos
seguintes casos:
• Reconstruções Bucomaxilofacial;
• Preenchimento das cavidades ósseas de regiões
decorrentes de lesões, doenças degenerativas e
perdas ósseas;
• Preenchimento de crista alveolar decorrentes de
atrofias;
• Alargamento do seio e base do seio maxilar;
• Defeitos após remoção cirúrgica e osteotomias
corretivas;
• Lesões intra-ósseas periodontais;
• Lesões periapicais;
• Substituto de defeitos ósseos cirúrgicos não infectados;
• Cirurgia plástica e reconstrutiva seja de fragmentos removidos cirurgicamente ou áreas lesadas;
• Pseudoartroses, artrodeses inclusive vertebrais;
• Operações de implantes como substituto ósseo.
Fig. 1 – Micrografia da estrutura sinterizada do BETApro®
Fig. 2 – Enxerto Granulado BETApro®
SOLUBILIDADE
Com a ação degradativa e oxidativa dos fluídos
biológicos e células progenitoras ósseas, o método
de síntese do BETApro® garante uma solubilidade
homogênea ao longo de todo o enxerto criando
um gradiente constante de íons, cálcio e fósforo
utilizados no anabolismo das células ósseas formando a matriz extracelular mineralizada (osso neoformado).
REFERÊNCIA E DESCRIÇÃO
BIOMBETA10F Beta - Pro GRAN 150-500UM - 1,0 GR
(Grânulos Finos em embalagem de 1,0 grama)
BIOMBETA05 Beta - Pro GRAN 150-500UM - 0,5 GR
(Grânulos Finos em embalagem de 0,5 grama)
BIOMBETA10 Beta - Pro GRAN 500-1000UM - 1,0GR
(Grânulos Grosso em embalagem de 1,0 grama)
No início da regeneração, no processo inflamatório, o material deve permanecer estável. Não deve
quebrar, dissolver-se e perder estabilidade devido
à ação de fluídos e células locais. A microestrutura
do BETApro® provinda de sua alta cristalinidade foi
projetada para resistir a essa ação do sistema local
nos primeiros dias, evitando assim desintegração
prematura em micropartículas, impedindo a atividade dos macrófagos que intensificam reações
de defesa imunológica prejudicando e retardando
a regeneração óssea. A Figura 1 ilustra a microestrutura dos grãos sinterizados o que confere maior
estabilidade ao enxerto.
85
86
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2 -Andrade, P. C. Carga imediata em implante unitário: relato de um caso, 2009. Disponível
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3 – Andrade, P.C.; França, F.M.G.; Silva, A.C.B.R.– Levantamento Bilateral dos Seios Maxilares
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4 - Brosco, H.B. Precisão de adaptação de intermediários transmucosos unitários em sistemas nacionais de implantes compatíveis com hexágono externo. - Tese apresentada a Faculdade de Odontologia de Bauru, da Universidade de São Paulo, como parte dos requisitos para
obtenção de título de Livre-docência, 100 pgs. Bauru, 2001.
5 – Bisognin, E.D.G. – Avaliação da adaptação e capacidade de infiltração microbiana na interface implante-pilar protético em diferentes sistemas de implantes – Tese de Mestrado, 82
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6 - Bisognin, E. D. C.; Dias, Mello,E. C. L. C. ; Soares, G. A.; Vidigal , G. M.J.
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7 - Bottecchia, M. O laser terapêutico no tratamento da dor em pacientes portadores de
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Gel) implant in bones cavities and subcutaneous connective tissue: histological evaluation in
ratsRBP Rev. bras. implantodont. protese implant; 10(37): 48-55, jan.-mar. 2003.
9 – Comar, K.A. – Relação entre desgaste e aumento de temperatura e carga durante a fresagem em Implantodontia – Tese de Mestrado, 96 pgs. - 2006
10- Coutinho, D. Karilanyy - Biomecânica e Otimização Topológica com H-Adaptividade em
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Centro de Pós Graduação da Academia de Odontologia dp Estado do Rio de Janeiro para obtenção do grau de Especialista em Odontologia - 2011
Área de Concentração: Implantodontia
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particulados em fêmures de coelhos, Tese de Mestrado, 97 pgs. – 2011
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18 - Lacerda, J.R. Evelyn; Lacerda, M. Hésio - Preservação da arquitetura gengival em região
estética por meio de compensações nas seguintes situações: alvéolo cicatrizado, alvéolo
fresco íntegro e alvéolo fresco comprometido. - Revista implant News, 12 (3): 313-322, maijun, 2015
19 –Lepera, H. Verificação da Dimensão longitudinal obtida de implantes dentários de titânio,
fixados em mandíbulas humanas maceradas edêntulas, comparando imagens tomográficas
(panorâmica, convencional r computadorizado) - Tese apresentado à Faculdade de Odonto-
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20 - Lima GM; Soares MS; Penha SS; Romano MM. - Comparison of the fracture torque of different Brazilian mini-implants. - Braz Oral Res; 25(2): 116-21, 2011 Mar-Apr.
21 - Lima,G.M.A. ; Soares, M.S. Mensuração do torque por torção de mini-implantes nacionais
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24 - Maeda ST; Bramane CM; Taga R; Garcia RB; de Moraes IG; Bernadineli N.
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Mestrado, 69 pgs. 2009
26 - Martins, J. E.; Feltrin, P. P.; Zanetti, R. V.; Moreira, L. A.; Sonoda, H. M.
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REFERENCES
References with DENTOFLEX brand products (in alphabetical order)
87
REFERENCES
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membrana reabsorvível de osso bovino liofilizado Dentoflex / Microscopical evaluation of
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43 - Simonetta D’Ercole, DDS, PhD1, Antonio Scarano, MD, DDS1, Vittoria Perrotti, DDS, PhD1,
Jorge Mulatinho, DDS2, Adriano Piattelli, MD, DDS1*, Giovanna Iezzi,
DDS, PhD1, Domenico Tripodi, MD, DDS, Implants With Internal Hexagon and Conical ImplantAbutment Connections: An In Vitro Study of the Bacterial Contamination - Journal of oral
implantology, V. 40, nº 1, pg. 31 – 36, 2014.
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ANNOTATIONS
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