PRODUCT CATALOG
B&B DENTAL
implant company
GENERAL INDEX
- B&B DENTAL IMPLANT COMPANY..............................................4-5
- surgical kit.................................................................................. 44
- SURFACE TREATMENT..................................................................6-7
- 3P surgical kit........................................................................ 45
- IMPLANT PACKAGING...................................................................... 8
- Wide surgical kit................................................................... 46
- IMPLANT LABELING.......................................................................... 9
- Ø 3 surgical kit ..................................................................... 47
- CONEXA THE REVOLUTIONARY CONECTION.....................10-11
- SURGICAL components............................................................. 48
- DURAVIT-INN 3P IMPLANT........................................................12-13
- Surgical facilities / initial drills
- Intended use......................................................................... 14
- Conical drills......................................................................... 49
- Implant site preparation..................................................... 15
- Compactor expander........................................................... 50
- Drilling technique
- Counterbore......................................................................... 51
- Bone Compactor-Expander................................................. 16
- Characteristics
- Duravit-Inn WIDE......................................................................... 17
- Wide conical drills................................................................ 52
- Characteristics........................................................... 18-19-20
- Metal stoppers / Wide metal stoppers.............................. 53
- surgical COMPONENTS............................................................. 21
- Implants drivers 3P / Wide and ø3...................................... 54
- surgical components / healing screws................................ 22
- Prosthetic drivers.................................................................. 55
- IMPRESSION COMPONENTS........................................................ 23
- Ratchet & manual key
- Mini Duravit Implant................................................................. 56
- Closed tray transfer / Open tray transfer
- PROSTHETIC COMPONENTS........................................................ 24
- Characteristics...................................................................... 57
- Try-Inn kit abutments............................................................ 25
- Surgical Protocol.................................................................. 58
- Titanium Abutments (cement-retained restoration).....26-27
- Surgical kit.................................................................................
- Temporary Abutments (cement-retained restoration)....... 28
- Prostetic components.......................................................... 59
- Multi-scan abutment (cement-retained restoration)......... 29
- MATERIAL FOR BONE REGENERATION...................................... 60
- Zirconium abutments (cement-retained restoration)........ 30
- Novocor plus........................................................................ 61
- Multi-use abutment (screw-retained restoration).............. 31
- T-barrier membranes............................................................ 62
- Surgical components........................................................... 32
- KDURAVIT CRESTAL SINUS LIFT.................................................... 63
- Prostetic abutment (screw-retained restoration)............... 33
- OSTEOTOMES................................................................................. 64
- Attachment -retained restorations...................................... 34
- PHYSIO DISPENSER 3000................................................................ 65
- Equator anchor system........................................................ 35
- MARKETING & TRAINING MATERIALS....................................66-67
- Spherical anchor system...................................................... 36
- Bar system............................................................................. 37
- DURAVIT IMPLANT-3P Ø 3.........................................................38-39
2
- Characteristics
- Intended use / implant site preparation............................. 40
- Surgical and impression components................................ 41
- Titanium abutments (cement-retained restoration).......... 42
- Spherical anchor system...................................................... 43
3
B&B DENTAL
implant company
B & B Dental s.r.l. is an Italian leading company in oral implantology, established in
Quality and control
1991, specialized in the development of products such as dental implants and materials
All production stages are constantly monitored by sophisticated management systems
for bone regeneration. The experience gained over the years let us to develop high
which intervene automatically during running processes in case of deviations from the
quality prosthetic implant technologies and innovative materials with affordable prices.
set parameters.
Production controls are based on defined protocols called SPC (Statistic Process
From more than 20 years B & B Dental Technologies Ltd. is conceived by dental surgeons
Control) in which the amount and frequency of controls and the criteria for acceptability
for dental surgeons assisted by engineers expert in implantology.
are fixed (depending on the type of product).
It is all started from a Dr. Claudio Banzi’s idea who became in 1982 one of the early
Dimensional checks are made on the last-generation three-dimensional measuring
pioneers of implantology by investing his savings in one of the first patent for dental
machines, capable to ensure an accuracy of ± 0.0005 mm (0.5 microns).
implants “DURAVIT SYSTEM” and material for bone regeneration “Novocor PLUS” he
The quality of production complies with EN ISO 13485:2003 / AC: 207 and 93/42/EEC
did not know that he was founding one of the first implant companies.
on medical devices.
In 2007 his team of engineers developed a new connection CONEXA which aims to
reduce the uscrewing of the prosthetic screws and avoids the bacteria colonization at
Warehouse
the base of implants. That is how the second generation of implants “DURAVIT INN”
Finished and semi-finished products are stocked and organized by vertical lift automatic
was born.
cabinets allowing a rationalization of the space and a fully computer based processing
Dr. Claudio Banzi has an experience of more than 20 000 implants placed, millions of
of the orders. Standard orders are shipped within 48 hours in Italy and 7 working days
surgeons trained and hundreds of lectures gave around the world, he has spread B & B
in the foreign countries.
Dental Ltd. values which are: integrity, knowledge sharing and innovation.
Customer service
Research and development
B & B Dental s.r.l. works to satisfy the customer’s expectations and is represented with
We are constantly improving our products and techniques by listening to customer
dealers in 60 countries. A careful pre-sale and postsale customer assistance is provided
needs and their issues. Taking also advantage of support higher education structures
by qualified technical and commercial staff works to meet any requirement or question
and institutions that enable us to verify the validity of our products according to the latest
in order to give detailed information and help the client to choose the product and in
technologies and best-established techniques. Experience also allows us to evaluate,
its application and use .
design and innovate by producing materials designed and tested in our structures and
certify they in different countries.
Training and update
Courses are held to illustrate a wide variety of prosthetic solutions in line with the
4
Production
“philosophy” of the company, which consists in apply new techniques to get reliable
Our staff is composed by qualified engineers, mechanical experts.
and valid results, providing an alternative to well known traditional techniques which
we use last generation CNC lathes bar, which are high precision machines, with dynamic
have been used for years.
correction of the tools that enable compliance with tolerances of ± 0.001 mm (1 micron)
The experience of dentists and dental technicians who actively collaborate with us,
to produce our components.
joined to the research of our department technical planning and micro-mechanics,
All the innovations in the production stages and characteristics of our pieces are the
have enabled us to achieve excellent results and to develop courses that interest all the
result of continuous intensive studies as well as of significant and constant investments.
operators.
5
SURFACE TREATMENT
The clean surfaces of equipment is a slightly complex task. Even if the solvents used for cleaning are very pure can leave traces on
the below surface. The few impurities or the solvent molecules can be combined with the constituents of implants surface, especially
in the case of reactive materials such as metals. The perfect tool for cleaning should be unable to react chemically with the material
Evaluation of surface topography of DURAVIT
implants treated with Speed-Bone method
device and at the same time be very efficient the remove contaminants. It is possible to exploit this ideal principle by cleaning with
plasma. From this point of view B & B Dental Ldt. is among the few companies in Italy which uses technological high-level quality
The aim of this work was the evaluation of the surface treatment,
decontamination procedures .
using the Sandblasted and doubly acid etched on “DURAVIT”implants.
METHODS AND MATERIALS
Sandblasting surface etching
The surface topography of the implants was evaluated by scanning electron
microscope (SEM).
B & B Dental Ldt.’s team of international researchers with proven experience in
Roughness was evaluated quantitatively using dedicated software to convert
treatment processes for implant surfaces has developed the company’s exclusive
conventional SEM images into three-dimensional data (Mex 4.2, Alicona Imaging).
Speed-Bone treatment, which guarantees a controlled surface profile characterised by
In particular, in this case, the images are increasing magnifications (shown in each
strong osteoinductive power, better bone anchorage and shorter healing times.
Component surfaces are sandblasted with alumina oxide
by using a dedicated
image) of the treated implants.
Fig. 1
appliance.
The surface is treated with a double etching by using mineral acids. This treatment aims
RESULTS
to obtain, by subtraction an implant surface with a controlled micro-roughness.
The main results of SEM observation are reported in the micrographs below:
The initial roughness level favours the initial osteoblast cells anchor and the integration
First of all, (Fig. 1) shows a low magnification (200 x) image of the sample. It is possible to
with the bone tissue, reducing the osseointegration time. All processes are performed in
appreciate the nice machining work, together with a homogeneous surface finish without
machines that guarantee the homogeneity of the surface and therefore the maintenance
particles or blasting residuals.
of the characteristics along all the implant surface.
Fig. 2
Fig. 3
Fig.4
(Fig. 2) Increasing the magnification, we observe the typical topography induced by
this treatment, where it can be appreciated larger craters due to blasting and internally
it can be noticed a more short-ranged roughness.
Argon plasma treatment
(Fig. 3 and 4) (2500 and 5000 x) show the typical structure of micro-roughness surfaces
treated with double acid attack. As known and as reported in the scientific literature on
The ideal cleaning tool, argon plasma cleans component surfaces by bombarding them
the subject, this particular micro-topography enables the surface to act as a “sponge”,
with accelerated ions ARGON gases are opportunely used inside a reactor in order
interacting strongly with the clot and stimulating bone re generation. these images
to form a plasma constituted by the gas heavy ions that reacts with the surface of
show better the absence of contaminants or foreign deposits, as shown below in the
the implant removing all the contaminants. This means that they do not come into
contact with solvents and organic contaminants are removed by exploiting the impact
of plasma particles.
The plasma treatment reactor used to clean implant screws is housed in a class 10000
clean room, to guarantee the absence of environmental contamination.
As a last process efficacy test, component surfaces undergo sophisticated, dedicated
assays. Specifically, each batch of implant screw undergoes x-ray photoelectron
spectroscopy (XPS or ESCA), a widely-used rough surface analysis technique as well as
surface analysis section.
Fig.5
Campione Ra Rq B&B Dental 3.19 ± 1.06 4.78±1.15
SLA*
3.93 ±0.93 4.69±1.19
Rt
11.41±1.06
12.76±4.10
(Fig. 5) EDX analysis confirms that the only elements detected are Ti, Al and V, as
expected from the nature of the sample.
*Da: Park JY, Gemmell CH, Davies JE, Platelet interactions with
titanium: modulation of platelet activity by surface topography,
Biomaterials, 2002; 22:2671-2682
(Fig. 6) To quantify the roughness a stereo SEM analysis three-dimensional
Fig.6
reconstruction of the surface has been used to provide the following data, reported
in accordance with ISO 4287: (the table contains, for comparison, the values of the SLA
its chemical composition composed 95% by titanium.
from the literature):
This type of analysis provides information on the qualitative and quantitative chemical
composition of the first few nanometres of the material, the layers that come into the
(Fig. 7) show the typical topography expected. The values observed on DURAVIT
most direct contact with the bone tissue.
implants treated with the Speed-Bone method are derived from the analysis of two
points for each sample, a statistical point of view they are not significantly different than
the parameters reported in the literature. Therefore in general the data are in good
agreement with expectations for this type of treatment.
Fig.7
6
7
Implant Packaging
IMPLANT LABELING
Innovative packaging for “Duravit 3P”, over the past few years, have been based on customer input to make our implant systems
more efficient and easier to use.
The label on the package of any medical device set on the market will show the symbols in compliance with the harmonized standards,
based on the ISO 21531, ISO 15223-1, EN 980 European Standard and on the 93/42EEC Directive.
Simplified retrieval
The packaging provides an easy access to the implant and cover screw. Implant can be easily lifted once the Plastc Mount has been
engaged by the implant driver. Cover screw is located in the upper portion of the Plastc Mount .
Simplified delivery
B&B DENTAL
implant company
Touchless delivery system allows the implant, upon retrieval, to be carried directly to patient’s mouth without any intermediate steps.
Description:
IMPLANT 3P
Diameter:........ ø 4 mm
Rev00 del 21/06/2010
Length:......... L. 10 mm
3P-4010
Packaging Components
2016-06
2811
Implant 3P
3P-4010
ø 4 mm L. 10 mm
2811 2016-06
B.&B. Dental srl - S. Pietro in Casale (BO) ITALY
B.&B. Dental srl
V. San Benedetto, 1837
40010 S. Pietro in Casale (BO)
ITALY
Rev00 del 21/06/2010
Mat. Ti Gr 4
Cover screw (Titanium)
Implant passport
Each implant is accompanied by an “implant Passport” issued by the implantology to the patient after surgery. It’s a guarantee of the
quality of the implants and components used and contains traceability information useful for a more careful management, particularly
in patients from other dentists.
C
% MAX. Cons.
Fe.30
M
0.35
C.10
Y
CM
N.05
MY
H.0125
CY CMY
REST Ti
C
K
M
Certificato per il paziente
MATERIALE USATO
Titanio Commercialmente Puro
Via San Benedetto, 1837
40018 San Pietro in Casale (BO) Italy
Tel. +39 (0) 51 81.13.75 - Fax +39 (0) 51 666.94.00
info@bebdental.it - www.bebdental.it
DURAVIT IMPLANT KIT
0123
MY
CY CMY
K
Implant line
Product code
Lot number
Sterilization with
gamma rays
Read the instruction sheet
The device must
be use exclusively
by the physician
Monouse
UPPER
SUPERIORI
Dentist’s name:
Studio Dott.:
Customer certified
USED MATERIAL
Commercially Pure Titanium
CM
Implant 3P
Patient’s name:
Nome del paziente:
IMPLANT COMPANY
KIT IMPIANTO DURAVIT
Y
known about the symbols
DX
Expire date
Producer
SX
Date:
Data:
LOWER
INFERIORI
Lot:
ø
L.
COLOUR CODED
ø 3,5 mm
ø 4 mm
ø 4,5 mm
ø 5 mm
8
9
CONEXA the revolutionary connection
CHARACTERISTICS
CHARACTERISTICS:
INTERNAL EXAGON
“MORSE” TAPER
- Easy and safe transfer of the abutment’s position and
The CONEXA is a revolutionary connection between im-
The hexagon enhances the resistance to torsional loads
The Morse taper ensures a very high mechanical stability as
impression taking
plant and abutment, results from the combination of two
and allows an easy transfer of the abutment’s position from
well as an absence of micro movements, a perfect bacterial
geometries:
the laboratory to the dental office
seal and an optimal distribution of the masticatory load.
ADVANTAGES
- Absence of micro movements,
The “Morse” effect (Fig. 1)
- Optimal distribution of the masticatory load
Inserting with pressure an element with a tapered external
- Perfect bacterial seal
PLATFORM SWITCHING
surface in a corresponding female element that has a hole
The concept of the platform switching is aimed to minimize
with an identical tapered design, the friction between the
the vertical bone loss by providing different diameters of
two tapered surfaces, combined with the push created by
the platform and the abutment. The clinical advantages of
the insertion force that presses them together, locks the
this concept are as follows.
male cone in the female one.
- To obtain a good long-term prognosis through increasing
This locking remains and keeps itself efficient also when the
the degree of bond between implant and bone by mini-
insertion force applied ceases. This is the “Morse” effect.
mizing the bone loss of crestal area.
PLATFORM SWITCHING
“MORSE” TAPER
- To make it possible to produce an aesthetic prosthesis
Avoid of breakings and unscrewing of the prosthetic screws
with the reproduction of papilla through minimizing the
A suitable tapering of the cones guarantees the “locking”
bone loss between implants and protecting the recession
that will be a safe and natural anti unscrewing system for
of papilla.
the prosthetic screws that connects the abutment to the im-
- To protect the concentration of force on the crestal area.
INTERNAL EXAGON
plant. These screws bring to the perfect engaging between
the surfaces to avoid the strengths that could bring to its
breaking
Extractor Screw
The "Morse" effect is created by such push that, combined
with the friction existing between the two surfaces of the
cones, locks the 2 parts (implant-abutment) that can be dismounted only inserting an “Extractor screw”
(ref. INN-6050)
10
11
DURAVIT-INN 3P IMPLANT
CHARACTERISTICS
CONE MORSE & HEXAGON
MICROGROOWING
COLLAR
CONE MORSE & HEXAGON
COLLAR MICROGROOWING
The internal tapering and hexagonal connection shows an
The specific micro-architecture of the implant collar incre-
increased contact area between the fixture and the abut-
ases the primary stability and facilitates the introducion of
ment, ensuring a prolonged durability in time, a superior
the implant. It promotes hence soft tissue’s healing process
stability and unscrewing of the dental abutment.
and reduces the risk of bone resorption at collar level.
The hexagonal connection shape ensures precise positioning of prosthetic components and allows optimal choices
TRIPLE THREAD BODY
PERFECT ANATOMICAL
DESIGN LIKE A RADICULAR
STRUCTURE
for the respect of parallelism.
PERFECT ANATOMICAL DESIGN LIKE
A RADICULAR STRUCTURE
TRIPLE THREAD BODY
The innovative macromorphological facility of Duravit-INN
3P implant line, with a variable degree of tapering, more
The revolutionary triple threads, unique in its nature, allows
pronounced near the apical region, has been designed to
the full insertion of the implant body more easily than using
make easier implant’s insertion and to achieve an high pri-
other common implants.
mary stability even in cases in which the bone is being un-
This advantage simplifies extremely the work of the oral
dermined, ensuring therby the full integrity of all proximal
surgeon and reduce considerably the time of insertion.
structures.
The thread has a particular 60° degrees beveled profile:
which shape, angle and depth are specificaly conceived to
increase contact surface with the bone.
It reduces the invasive process and improves at the same
SELF-TAPPERING SYSTEM
time the osseointegration.
“BONE FRIENDLY” APEX
The implant apex shape help to avaluate the floor at the
maxillary sinus, avoiding th risk of perforeting in
SELF-TAPPERING SYSTEM
The triple apical groove of Duravit-INN 3P implants has
APICE “BONE FRIENDLY”
been designed with a special sharp skewed section and
in order to promote bone tappering during the insertion
and preventing at the same time any trauma resulted from
pressure.
12
13
DURAVIT-3P IMPLANT
IMPLANT SITE PREPARATION
INTENDED USE
Drilling technique
Suitable for Hard bone. (D. I , II)
ø4
ø4
L2mm
L3mm
Cover screw (Titanium)
Implant sites are prepared in a step-by-
L (A)* mm
- All the implants are supplied with
step procedure using drills of different
Implant 3P ø 3,5
Implant 3P ø 4
diameters to ensure an efficient and
- Progressive taperd implant
atraumatic widening of the implant site.
- Achives hight primary stability
All drilling of the bone tissue should
- Easy, fast and stable implant
be carried out under profuse external
insertion
irrigation with saline solution and with
ø 2,6
- Beter control during implant
placement
- Sutable for all procedures
- Sutable for all bone types
ø 3,2
Ref. ø 3.5
an intermittent drilling technique to
prevent heating of the bone and to
Ref. ø 4
L. (08) 3P-3508
L. 06 3P-4006 *
L. (10) 3P-3510
L. 08 3P-4008
L. (12) 3P-3512
L. 10 3P-4010
L. (14) 3P-3514
L. 12 3P-4012
create a pumping effect for efficient
removal of bone tissue.
Ø 2,2
Bone density D1/D2
Ø3
Ø 3,5
Final Drill - Ref. 3P-35CUT
Ø 2,2
Ø3
Ø 3,5
Ø4
Bone density D1/D2
Final Drill - Ref. 3P-40CUT
DRILLING SPEED
Hard bone: 500/800 Rpm.
L. 14 3P-4014
Implant 3P ø 4,5
Soft bone: 200/300 Rpm
IMPLANT PLACEMENT
ø 4,5
Nota:
If you feel strong resistance at the
ø5
time of placing the implant, rotate
Lenght 6 mm Implante ø 4 and ø 5 include a
shorter prosthetic screw that has to be used
for final setting of the abutment
L2mm
L2mm
back (counter-clockwise) 2-3 turns then
continue to screw clockwise.
The implant will drill and tap itself.
Ref. INN-6055
L (A)* mm
Blue color screw
Ø 2,2
Ø3
Ø 3,5
Ø4
Ø 4,5
Bone density D1/D2
Final Drill - Ref. 3P-45CUT
Implant 3P ø 5
ø 3,7
Ref. ø 4.5
ø 4,3
Ref. ø 5
legend
L. 08 3P-4508
L. 06 3P-5006 *
ø 3 mm
L. 10 3P-4510
L. 08 3P-5008
L. 12 3P-4512
L. 10 3P-5010
ø 3,5 mm
L. 14 3P-4514
L. 12 3P-5012
L. 14 3P-5014
ø 4 mm
ø 4,5 mm
ø 5 mm
14
Ø 2,2
Bone density D1/D2
Ø3
Ø 3,5
Ø4
Ø 4,5
Ø5
Final Drill - Ref. 3P-50CUT
15
IMPLANT SITE PREPARATION
Duravit-inn Wide
Bone Compactor-Expander
Suitable for spongy bone. (D. III , VI)
AN ALTERNATIVE TO
OSTEOTOMES
Implant 3P ø 3,5
Implant 3P ø 4
Duravit bone Compactor-Expander
are an alternative to osteotomes for
the expansion and condensing of
the atrophic mandible and maxilla
in preparation for dental implant
insertions. Compactor-Expander are
also an alternative to the maxillary sinus
elevation technique.
SURGICAL TRAUMA DECREASED
Ø 2,2
Ø3
Ø 3,5
Bone density D3/D4 Final Compactor - Ref. 331-3P
Ø 2,2
Ø3
Ø 3,5
Ø4
Bone density D3/D4 Final Compactor - Ref. 381-3P
Implant 3P ø 4,5
Duravit bone Compactor-Expanders
are driven into the bone manually with
a surgical driver or with torque ratchet.
This decreases the surgical trauma of
osteotomes.
Bone compactor-expanders improve
the clinical success by improving
stability, maintaining bone density and
increasing fixation.
IMPLANT PLACEMENT
Ø 2,2
Bone density D3/D4
Ø3
Ø 3,5
Ø4
Ø 4,5
Final Compactor - Ref. 431-3P
Implant 3P ø 5
If you feel strong resistance at the
time of placing the implant, rotate
back (counter-clockwise) 2-3 turns
then continue to screw clockwise. The
implant will drill and tap itself.
Ø 2,2
Bone density D3/D4
16
Ø3
Ø 3,5
Ø4
Ø 4,5
Ø5
Final Compactor - Ref. 481-3P
17
DURAVIT-3P Wide IMPLANT
CHARACTERISTICS
CONE MORSE & HEXAGON
DURAVIT-INN WIDE
MICROGROOWING
COLLAR
TRIPLE THREAD BODY
PERFECT ANATOMICAL
DESIGN LIKE A RADICULAR
STRUCTURE
Innovation
“Duravit-inn Wide” dental implant systems feature a body
The “Duravit-inn Wide” dental implant system is the first to
with a larger-than-conventional diameter to fill the molar
allow for immediate placement into a multi-rooted molar
site, ultimately achieving primary stability from engage-
extraction site.
ment with the perimeter bony wall.
intended use:
With tapered dental implant bodies and an enhanced sur-
A conventional implant is not suited for immediate place-
face, the “Duravit-inn Wide” dental implant is designed to
ment in the molar extraction socket. As a result, waiting
fit the natural shape of the molar socket. The end result is
periods of three to four months are necessary to allow for
an optimal implant fit in the multi-rooted immediate ex-
healing of the socket prior to implant placement. Often,
traction site that minimizes bone loss and reduces treat-
the healed extraction site presents reduced bone height,
ment time.
inadequate for implant placement without a bone augmentation procedure.
SELF-TAPPERING SYSTEM
APICE “BONE FRIENDLY”
18
19
DURAVIT-INN Wide IMPLANT
Surgical and Prosthetic
Benefits:
surgical COMPONENTS
ø 5,5
ø6
-Fits multi-rooted molar socket and allows for
L2mm
immediate placement following extraction
L2mm
-Minimizes need for bone grafting
-Increases patient acceptance
- Reduces treatment time
L (A)* mm
-Maximizes bone preservation
-Ability to use standard surgical protocol and
instrumentation with minimal additions
ø 0,0
Note 1:
ø 0,0
Ref. ø 5.5
Ref. ø 6
L. (06) WIDE-5506
L. 06 WIDE-6006
The implant “Duravit inn-Wide “ use
L. (08) WIDE-5508
L. 08 WIDE-6008
the same prosthetic accessories and prostetics
L. (10) WIDE-5510
L. 10 WIDE-6010
driver of “Duravit 3P “
L. (12) WIDE-5512
L. 12 WIDE-6012
L. (14) WIDE-5514
L. 14 WIDE-6014
ø 6,5
Note 2:
ø7
L2mm
L2mm
shorter prosthetic screw that has
to be used for final setting of the
L (A)* mm
Lenght 6 mm Implante includes a
abutment
ø 3,7
Ref. ø 6.5
ø 4,3
Ref. ø 7
Healing Screw
Transfer
L. 06 WIDE-6506
*
L. 06 WIDE-7006
Blue color Screw
Healing Screw is a solid, one-piece component, designed to
Impressions taken at the implant level can offer several
L. 08 WIDE-6508
L. 08 WIDE-7008
Ref. INN-6055
support optimal aesthetic results. The Screw is used for soft
advantages:
L. 10 WIDE-6510
L. 10 WIDE-7010
tissue contouring during the healing phase and can be used for
- The quality of prosthetic planning and treatment can be
L. 12 WIDE-6512
L. 12 WIDE-7012
both one- and two-stage surgery. Healing Abutments can be
L. 14 WIDE-6514
L. 14 WIDE-7014
used in combination with a removable temporization.
Prezzo: � 130,00 (iva 4%)
enhanced
- Implant angulations can be compensated for at an early
stage
- Individual anatomic designs can be performed through
Implant WIDE ø 5,5
Implant WIDE ø 6
Implant WIDE ø 6,5
Implant WIDE ø 7
One-stage surgery
Place a Healing Abutment at time of implant installation. After
abutment selection and preparation
- The Implant Transfer (Pull-off impression technique) or
healing, replace the healing abutment with a temporary or
Implant Pick-up (open-tray technique) ensures precise and
permanent abutment.
easy impression procedures.
Implant Transfers and Implant Pick-ups are two-piece
Two-stage surgery
components and available for different clinical situations.
Place a Cover Screw at time of implant installation and suture
In order to achieve optimal results, the impression should
the soft tissue. After appropriate healing period the healing
be carried out with a rigid impression tray and a suitable
abutment is placed at a second surgical procedure. From here
impression material.
on continue as for One-stage surgery.
20
21
IMPRESSION COMPONENTS
Cover screw (Titanium grade 5)
Pull-off impression transfer
(closed tray technique)
Place the plastic transfer by pressure-fitted
Provided in the implant package. Use when you want to completely cover the implant after it has been inserted.
into the implant hexagon and make some little
The implant is reopened 3-6 months, followed by the use of healing screws.
moments to check the correct position of the
PULL-OF
TRANSFER
Each pack contains
3 pcs
Ref. INN-00306
13,3 mm
SURGICAL COMPONENTS
transfer (Fig. 1).
Prepare a standard impression tray and Inject
Fig. 1
ANALOGUE
Ref. INN-00585
elastomeric impression material around the
Implant Transfer and into the impression tray
(Fig. 2).
Fig. 3
Once the material is solid, remove the impression
and pressure-fitted the Analogue into the impresion
model (Fig. 3).
Fig. 2
TIGHTENING:
Ref. 016013
NOTE: It is important to use a tear resistant material.
PLASTIC CUP
Each pack contains 2 pcs
Ref. INN-00507
Insert the Cover Screw into the implant and tighten with only light finger force
FACILITY transfer
(closed tray technique)
Place the transfer impression inside the implant
Healing screws (Titanium grade 5)
and make sure the internal hex is correctly
Each package contains 1 piece.
driver using light finger force. After that place
engaged before tightening with Hexagon screw
These components are used to rehabilitate soft tissue on the implant in order to insert the final prosthetic abutment later on.
COMPLEATE SET
- plastic cup
- screw
- metal trasfer
Ref. INN-00506
Fig. 1
correctly the plastic cap on the transfer (Fig. 1).
Prepare a standard impression tray and Inject
elastomeric impression material around the
They are available in different heights and
Implant Transfer and into the impression tray in 2 different diameters profile:
(Fig. 2).
- Ø 5 indicated for anterior area
Once the material is solid, remove the impression
- Ø 6 indicated for posterior area
and take out the impression copings to attach
ø5
the analogue and correctly reposition into the
ø5
ø5
ø5
impression model (Fig. 3).
ø5
H. 7
Ref. INN-6010
H. 3
H. 2
H. 1
Ref. INN-6011
ANALOGUE
Ref. INN-00585
Ref. INN-6012
Fig. 2
H. 5
Ref. INN-6014
Ref. INN-6015
Open tray transfer
(open tray technique)
and make sure the internal hex is correctly
ø6
engaged before tightening the screw using light
ø6
H. 2
COMPLEATE SET
- post screw
- metal trasfer
Ref. INN-00600
10 mm
Place the transfer impression inside the implant
ø6
Fig. 3
Fig. 1
finger force. (Fig. 1).
Prepare a customized impression tray and Inject
H. 3
elastomeric impression material around the
H. 1
Implant Transfer and into the impression tray.
ANALOGUE
Ref. INN-00585
(fig 2)
Ref. INN-6020
22
Ref. INN-6021
Ref. INN-6022
TIGHTENING:
Tighten the Implant Transfer securely into the
Insert the Healing Screw into the implant and tighten with only light finger force
Implant Analogue using light finger force (fig. 3).
Fig. 2
Fig. 3
23
PROSTHETIC COMPONENTS
Try-INN Kit Abutments
CEMENT-RETEINED AND SCREW-RETEINED RESTORATIONS
(Plastic product)
Try-INN Kit Abutments Helps the dental
technician
select
the
most
suitable
abutment, based on the inclination and
laser mark
the transmucosal height of the implant
that has been inserted.
Characteristics
- Simple;
- Color-coded and well-marked on the holder and easily readable TRY-INN abutments;
color coded
- Comprehensive TRY-INN set
containing all TRY-INN abutments
arranged clearly;
Turn the plastic kit up side
down tho read the corrisponding
ø5 titanium abutment
- Easy handling thanks to the plastic
holder;
- Proper seating of TRY-INN abutments
verified through the clear-cut
response from, the prosthetic
connection;
- TRY-INN abutments fabricated of
sterilizable polymer material.
Cement-retained Restoration
Screw-Retained Restoration
Note
The cemented implant is defined
The prosthesis is screwed on implants
abutments following intra-oral use.
The bonevolume available, occlusion,
as an intermediate elements of
defined as a prosthetic screw
prosthetic needs and requests of the
cementedprosthesis (false stumps)
edintermediate elements (pillars), in turn,
patient’s choices aesthetics of the
screwed directly on the plants
screwed directly on the plants
advantages:
advantages:
- Improved aesthetics due to compliance
- Easy disassembly of the prosthesis
Analysis of pre-implant allows you to
choose between the different prosthetic
options.
Be sure to clean and sterilize the planning
TRY-INN KIT
REF. 000.07
The box contains 3 pcs. of each code
Do not sterilize the TRY-INN abutments
cassette.
prosthesis.
with the profile of emergency phone
- The concrete sealant facilitates the
Anatonical STRAIGHT ABUTMENTS
- Connecting with pillars anatomical
- No use of sealants, cements
ø5
ø5
ø5
15° ANGLED ABUTMENTS
ø5
ø5
ø5
25° ANGLED ABUTMENTS
ø5
ø5
ø5
passivation structure.
- Easy balancing occlusal
disadvantages
- Profile emergency anatomical
disadvantages
- Difficulty in removal of the prosthesis
- Risk that the concrete comes out
below the gum line
24
sometimes difficult to achieve
- Projection of the screws on the occlusal
H. 1
H. 2
H. 3
H. 1
H. 2
H. 3
surface
- Difficult to control the liability
Ref.
PC107.01/1
Ref.
PC107.01/2
Ref.
PC107.01/3
Ref.
PC107.02/1
Ref.
PC107.02/2
Ref.
PC107.02/3
H. 1
Ref.
PC107.03/1
H. 2
Ref.
PC107.03/2
H. 3
Ref.
PC107.03/3
25
Titanium Abutments (cement-retained restoration)
Prosthetic abutments are titanium components that are fixed to the dental implant using prosthetic screws to create a prosthetic
anchorage.
STRAIGHT ABUTMENTS
ANGLED ABUTMENTS
ø5
Straight abutment is designed to meet
the clinicians’ demands
to meet more demanding implant
for conventional crown and bridge
angulations.
procedures and restorative simplicity.
They are available in 2 different
They are available in 2 different
diameters profile:
diameters profile:
- Ø 5 indicated for anterior area
11 mm
- Ø 5 indicated for anterior area
- Ø 6 indicated for posterior area
- Ø 6 indicated for posterior area
and 3 heights ( H. 1 , H. 2 H. 3 mm)
and 3 heights ( H. 1 , H. 2 H. 3 mm)
11 mm
according to the gingival , mimicking
according to the gingival , mimicking
optimal preparations of natural teeth,
optimal preparations of natural teeth,
PROSTETIC SCREW
Ref. INN-6050
which provides the opportunity to create
esthetics for all tooth
which provides the opportunity to create
PROSTETIC SCREW
Ref. INN-6050
esthetics for all tooth
TIGHTENING:
TIGHTENING:
the prostetic screw using the 1.25 Hex
Screwdriver and Torque Wrench. Recommended torques for final seating 25 Ncm
the prostetic screw using the 1.25 Hex
Screwdriver and Torque Wrench. Recommended torques for final seating 25 Ncm
15° ANGLED ABUTMENTS Ø 5
25° ANGLED ABUTMENTS Ø 5
Complete with Prostetic Screw
Complete with Prostetic Screw
ø5
ø5
ø5
ø5
ø5
ø5
H. 1
H. 2
Ref. INN-2015
Ref. INN-2016
H. 3
Ref. INN-2017
H. 2
H. 1
Ref. INN-2025
Ref. INN-2026
H. 3
Ref. INN-2027
Ø 5 STRAIGHT ABUTMENTS
Ø 6 STRAIGHT ABUTMENTS
15° ANGLED ABUTMENTS Ø 6
25° ANGLED ABUTMENTS Ø 6
Complete with Prostetic Screw
Complete with Prostetic Screw
Complete with Prostetic Screw
Complete with Prostetic Screw
ø5
ø5
ø5
Ref. INN-2000
H. 2
Ref. INN-2001
H. 3
Ref. INN-2002
ø6
ø6
ø6
H. 1
26
ø5
15° / 25° Angled abutment version
H. 1
Ref. INN-2030
H. 2
Ref. INN-2031
ø6
H. 3
Ref. INN-2032
ø6
ø6
H. 1
Ref. INN-2065
H. 2
Ref. INN-2066
H. 3
Ref. INN-2067
ø6
ø6
ø6
H. 1
Ref. INN-2075
H. 2
Ref. INN-2076
H. 3
Ref. INN-2077
27
Temporary Abutments (cement-retained restoration)
MULTI-SCAN ABUTMENT (cement-retained restoration)
FIBRE-GLASS ABUTMENT
designed as temporary abutment
ø4
MULTI-SCAN ABUTMENTS
laser mark
are used to fabricate a fully patient-
easily customized chairside by the clinician
customized abutment through the
or in the laboratory
realization of a customized part to be
by the dental technician.
bonded on the central portion of the
4 mm
The fibre-Glass Abutment has been
abutment. Use NIMETIC CEM (3M
Intended use
Espe), PANAVIA 21 (Kuraray Medical Inc.)
- Immediate loading in anterior area out
adhesive materials for bonding.
0,5 mm
of occlusion
The customized abutment portion can be
- Individual soft tissue management for
performed under the following options
esthetic cases
-Screw-or cement-retained temporary
PROSTETIC SCREW
Ref. INN-6050
crowns
PROSTETIC SCREW
Ref. INN-6050
TIGHTENING:
- Cement-retained temporary bridges
the prostetic screw using the 1.25 Hex
Screwdriver and Torque Wrench. Recommended torques for final seating 25 Ncm
Characteristics
- Fibre-glass material allows for easy and
Ref. INN-00652
quick chair-side modification
- Easy-to-achieve aesthetics due to toothcolored and metal free
- Available in 3 different angulations
(0°, 15° and 25°) and 3 different
With CAD/CAM
heights (H.1, H.2 , H.3) for any different
technology by taking a scan of the
angulations, which minimize the need
seated abutment on the dental cast and
for abutment customized.
modelling of the customized abutment
portion with a specific software.
The fabrication is performed in the
FIBRE-GLASS KIT
REF. 000.08
The box contains 1 pc. of each code.
laboratory with a specific ComputerAssisted Machine or by a specialized
production centre upon the receipt of
the data file;
fibre-glass
STRAIGHT ABUTMENTS
fibre-glass 15°
ANGLED ABUTMENTS
fibre-glass 25°
ANGLED ABUTMENTS
Complete with Prostetic Screw
Complete with Prostetic Screw
Complete with Prostetic Screw
ø5
ø5
ø5
ø5
ø5
ø5
ø5
ø5
ø5
WITH THE TRADITIONAL METHOD
by using a pre-fabricated burn-out
coping placed on the abutment,
adjustment and modelling with wax
and/or acrylic and fabrication of the
H. 1
FV107.04/1
28
H. 2
FV107.04/2
H. 3
FV107.04/3
H. 1
FV107.05/1
H. 2
FV107.05/2
H. 3
FV107.05/3
H. 1
FV107.06/1
H. 2
FV107.06/2
H. 3
customized abutment portion through
casting.
FV107.06/3
29
ZIRCONIUM ABUTMENTS (cement-retained restoration)
MULTI-USE ABUTMENT (screw-retained restoration)
The special two-part design of the
INTENDED USE:
zirconium abutment consists of a
- Prosthesis hybrid prosthesis or bridges,
titanium base and zirconium abutment
- Toronto Bridge
in various inclinations. And provides a
- Bar-retained overdentures.
natural looking base for an all ceramic,
cemented-retained crown in the esthetic
STRAIGHT MULTI-USE ABUTMENT
zone.
The Straight Multi-use abutment have a conical top with an external exagone,
SPHERICAL SCREW DRIVERS
that allows tightening it by means of a Muti-use driver (manual or ratchet connection)
INTENDED USE
Restorations in the esthetic zone.
Zirconium Straight Abutment
Ref. ZA-2000
STRAIGHT ABUTMENTS
H (*)
Made from White Zirconium oxide they
RATCHET
Ref. INN-00637
ø5
2,5 mm
CHARACTERISTICS
Muti-use driver
Ref. 00440M
provide a more natural color for the
H. 1
abutment in esthetic the zone.
H. 2
H. 3
3 mm
Reliable.
Ref.
INN-4750/1
Esthetic - Light passage allows for
Ref.
INN-4750/2
Ref.
INN-4750/3
natural tooth appearance.
Strong - Interfaced base-abutment
connection provides strength and
stability.
Precise - Hight precision connection
ANGLED MULTI-USE ABUTMENTS
between implant and titanium base.
The 17 and 30 degrees Angled Multi-use abutments help achieve parallelism for
Easy to use – Anatomical design
non-parallel implants. They can be connected easily by means of its preassembled
minimizes the need for abutment
transporter. The package includes an angled abut, fixation screw and the tansporter.
SCREW
Ref. INN-5146
customized.
Zirconium 15 Angled Abutment
Ref. ZA-2015
2,5
m
m
H. 1
Ref. INN-1760/1
Fitting the abutment in the model.
30
Modelling of of the abutment.
Placement of the restoration.
ø5
H. 1
Ref. INN-1750/2
17° ANGLED ABUTMENTS
H. 2
Ref. INN-3050/1
H. 2
Ref. INN-3050/2
30° ANGLED ABUTMENTS
31
SURGICAL COMPONENTS
PROSTETIC ABUTMENT (screw-retained restoration)
Closed tray impression for
Multi-use Abutment
8 mm
Place the impression copings on the
Multi-use abutments (Fig. 1).
impression (Fig. 2).
Burn-out cylinder
Complete of “connecting screw”,
It is suitable for the realization of milled bars or screw-retained prosthesis (Fig. 1).
Simplify the preparation of the definite metallic framework which can be obtained by a casting process (Fig. 2) using a metallic alloy
at technician’s option (Fig. 3).
Fig. 1
Multy-use
analogue
Ref. INN-00586
Once the material is solid, remove the
impression and take out the
impression copings to attach the replicas
ø5
3,5 mm
Inject impression material and take the
Closed tray
transfer
Ref. INN-00611
CONNECTING
SCREW
Ref. INN-6051
and correctly reposition
12 mm
12 mm
Fig. 3
into the cast (Fig. 3).
Fig. 2
Fig. 1
Open tray impression for
Multi-use Abutment
15 mm
Place the impression copings on the
Transfer
Screw
Ref. INN-00612
Multi-use abutments (Fig. 1).
Castable
Abutment
Complete of
cennecting
screw
Ref. INN-5145
Temporary abutment
Complete of “connecting screw”,
Ref. INN-5144
Multy-use
analogue
Ref. INN-00586
Inject impression material around the
impression copings and inside the
Position the tray in the mouth and ensure
that you see all the guide screws of the
Fig. 1
10,5 mm
impression tray.
Open tray
transfer
Ref. INN-00610
impression copings emerge (Fig. 2).
Fig. 2
Once the material is solid, unscrew the
Multy-use analogue
The Multy-use analogue replicates the critical
dimensions of the abutment.
It allows for correct position and orientation of
the abutment in the working model.
guide screws to withdraw the impression
copings along with the impression (Fig. 3).
Multy-use
analogue
Ref. INN-00586
Fig. 3
Fig. 2
4,5 mm
Healing Cap Screw
Screw onto the abtments the healing
cap screws so as to keep the soft tissue
Healing
Cap Screw
Ref. INN-6030
Fig. 3
in place until the final prosthesis is
completed (Fig. 1).
Fig. 1
32
33
Attachment-retained restorations
EQUATOR ANCHOR SYSTEM
COMPLETE SET INCLUDES:
1 Anchor abutment
(Ref. 130DIN1 / 2 / 3 / 4 / 5)
1 Stainless steel housings
(Ref.141CAE)
1 Retentive caps - violet “strong”
(Ref. 140CEV)
H1
1 Retentive caps - white “standard”
(Ref. 140CET)
1 Retentive caps - pink “soft”
H2
130DIN1
130DIN2
141CAE
140CEV
H3
130DIN3
H4
130DIN4
H5
130DIN5
(Ref. 140CER)
1 Retentive caps - yellow “extra-soft”
(Ref. 140CEG)
caps with metal housing
141CAE: 2 Stainless steel housings
140CEV: 4 Retentive caps violet “strong” (2.7kg)
140CET: 4 Retentive caps white “standard” (1.8kg)
140CER: 4 Retentive caps pink “soft” (1.2kg)
140CET
140CER
140CEG
140CEG: 4 Retentive caps ATTACHMENT-RETAINED RESTORATIONS
There are several indications for overdenture treatment in
Abutments designed for
attachment-retained restorations
connection with implant therapy. Functional, esthetic, phonetic
Ball Abutment
and hygienic requirements in certain clinical situations support the
- Designed to accommodate the maximum denture-bearing area
use of the overdenture as a treatment option
- Eliminates wear on the implant ball abutment and minimizes the
yellow “extra-soft” (0.6kg)
laboratory accessories
need for maintenance
Indications for overdenture treatment
4 Processing
Caps - black
Ref. 140CEN
- Available in multiple retention options and replaceable
- An unfavorable jaw relation which makes treatment with a fixed
bridge restoration difficult
Equator Abutment
- Esthetic problems, e.g. the need for lip support in the upper jaw
- Designed to accommodate the maximum denture-baring area
- Phonetic problems due to loss of alveolar bone in the upper jaw
- Self-aligning design with exceptional durability
- Patient dissatisfaction with removable denture due to oral
- Available in multiple vertical height options starting as low as 2.0 mm
irritations and/or loss of bone for denture fixation
- A bridge option makes satisfactory oral hygiene impossible or
- Available in multiple retention options and replaceable
2 Impression
Coping
Ref. 144MTE
2 Laboratory
Analog
Ref. 144AE
Pull-off
Impression
Coping
Ref. 044CAIN
surgical instruments
- Up to 40° angle correction
extremely difficult to achieve
- Edentulous patients with a cleft palate
Bar System
- Economic constraints
The design offers flexibility in the clinical situation for implants
placed in non-parallel situations by maintaining an axis of
withdrawal for implants converging or diverging up to angles of
90°
34
1 Blue plastic
“multiuse”
insertion tool
Ref. 124ICP
1 Metal insertion tool
for caps
Ref. 185IAC
1 Square driver
connector for torque
Ref. 760CE
1 OT-Equator square
screw driver for implant abutment (square 1,25mm)
Ref. 774CQ
35
O-ring anchors or o-ring titanium housing can be used for the ø 1.8
NOTA: The following components should
be utilized with “Multy-use Abutment”
3,5 mm
Bar System
CONNECTING
SCREW
Ref. INN-6051
12 mm
SPHERICAL ANCHOR SYSTEM
Castable
Abutment
Ref. INN-5145
ø 4,5
ø 1,8
3,5 mm
ø 1,8
ø 1,8
STEP 1 - Fix the castable abutment and make height adaptations according to the individual situation.
H. 3
H. 2
H (*)
H. 1
Fig. 1
STEP 2 - Use a residue-free burn-out plastic to fix the bar
segments to the castable abutments.
Ref. INN-1040 Ref. INN-1041 Ref. INN-1042
Fig. 1
STEP 3 - The yellow clips(027CRG) are fixed into the
prosthesis.
Fig. 2
METAL HOUSING
The metal housings are available in three different retentions,
achieved by using the appropriate silicon O-ring and metal
OT BAR
housing.
It is a bar with two different shaped surfaces, one is flat and the other is rounded,
4,75 mm
4,3 mm
3,6 mm
either side can be utilized, the choice will
4 mm
3,3 mm
depend upon the situation.
3 mm
ø 1,8
Soft
Retention
MD-3004/1
Medium
Retention
MD-3004
Hard
Retention
MD-3004/2
lasting functionality to the retention CLIP.
36
CASTABLE BAR
version B
Ref. 0220BB (2 pcs.)
The housing in the casting that holds
tolerance at the opening that permits a
SMALL O-ring
MD-3005
(5 pcs)
GINGIVAL CONNECTOR
(OPTIONAL)
PLASTIC CLIP
the retention CLIP is calculated with a
BIG O-ring
MD-3005/1
(5 pcs)
CASTABLE BAR
version A
Ref. 0220BB (2 pcs.)
SPHERICAL SCREW DRIVERS
SPHERICAL
ANALOG
Ref. INN-00621
MANUAL
Ref. 00440M
RATCHET
Ref. INN-00637
POSITIONING
clip A
Ref: 023CPA
(4 pcs.)
POSITIONING
CLIP B
Ref: 02CPB
(4 pcs.)
CASTABLE BOX
Ref: 025CPB
(4 pcs.)
MEDIUM
RETENTION
Ref. 027CRG
(4 pcs.)
SOFT
RETENTION
Ref. 027CRR
(4 pcs.)
INSTRUMENTS
TOOL FOR INSERTING CLIP
Ref: 029OIC
KEY FOR PARALLELOMETER
Ref: 028OCP
37
DURAVIT IMPLANT-3P Ø 3
CHARACTERISTICS
CONE MORSE & HEXAGON
SAFE CLINICAL SOLUTION
MICROGROOWING
COLAR
Stable bone and soft tissue levels after
three years
Narrow diameter implants allow for safely and predictably treating situations where traditional diameter implants
Duravit Ø 3 is the implant of choice for clinicians looking for
would increase clinical risk, such as indications with minimal
excellent esthetics, especially in challenging indications.
hard tissue and with limited space. The clinical performan-
Three-year data from an ongoing five-year study demon-
ce of narrow implants has been validated in several pro-
strates continued positive trends consistent with the one-
spective and retrospective studies with follow-ups of up to
and two-year results. Bone remodeling occurred during the
15 years.
first three months of the study, followed by increasing or
stable bone levels. Soft tissue variables have been stable
throughout the study.
Strong sealed conical connection
TRIPLE THREAD BODY
The internal conical connection was designed for compact
PERFECT ANATOMICAL
DESIGN LIKE A RADICULAR
STRUCTURE
size, high strength, and a very tight fit. The gap between implant and abutment, measured at various locations
of the conical connection, is between 0.04 and 0.09 μm.
This is an exceptionally tight fit, which may be beneficial
in preventing inflammatory bacteria from propagating in
Maximum material strength
Duravit 3P ø3 is made of commercially pure Grade 5 Titanium. Together with the unique “BIO-Active” treatment,
which increases, implant stability through faster bone formation, this results in maximum strength and stability.
the interface between abutment and implant. In addition,
it effectively eliminates any potential for micro-movement.
SELF-TAPPE RING SYSTEM
“BONE FRIENDLY ” APEX
38
39
DURAVIT IMPLANT-3P Ø 3
SURGICAL AND IMPRESSION COMPONENTS
INTENDED USE
Healing screws (Titanium grade 5)
ø3
- All the implants are supplied with
Each package contains 1 piece.
Cover screw (Titanium)
These components are used to rehabilitate
soft tissue on the implant in order to insert the
- Progressive taperd implant and hight
final prosthetic abutment later on.
- Easy, fast and stable implant
insertion
- Beter control during implant
L (A)* mm
primary stability
ø4
ø4
ø4
H6
H4
H2
Ref. ø 3
L. (08) 3P-3008
L. (10) 3P-3010
placement
L. (12) 3P-3012
- Sutable for all procedures
L. (14) 3P-3014
00584
00584/4
00584/6
- Sutable for all bone types
ø 2,6
Open tray transfer
(open tray technique)
1
Place the transfer impression inside the
implant and make sure the internal hex is
IMPLANT SITE PREPARATION
correctly engaged before tightening the
screw using light finger force. (Fig. 1).
Prepare a customized impression tray and
Inject elastomeric impression material
2
around the Implant Transfer and into the
Impianto 3P ø 3
impression tray. (fig 2)
Tighten the Implant Transfer securely into
the Implant Analogue using light finger
Drilling technique
force.
Transfer +
SCREW
Ref. 00600TR
Post screw
Ref. 00600TR/V
ANALOGUE
Ref. 00097AN/1
Suitable for Hard bone. (D. I , II)
FACILITY transfer ø3
(tecnica cucchiaio chiuso)
Place the transfer impression inside the
Ø 2,2
Ø3
Fresa finale - Ref. 00075CUT
implant and make sure the internal hex is
correctly engaged before tightening with
Hexagon screw driver using light finger force.
Impianto 3P ø 3
After that place correctly the plastic cap on
INN-00507
Each pack
conteins 2 pcs
1
COMPLET set
- plastic cup
- screw
- metal transfer
Ref. 00355
the transfer (Fig. 1).
Prepare a standard impression tray and Inject
2
elastomeric impression material around the
Bone Compactor-Expander
Suitable for spongy bone. (D. II , VI)
Implant Transfer and into the impression tray
(Fig. 2).
Once the material is solid, remove the
impression and take out the impression
copings to attach the analogue and correctly
Ø 2,2
Ø3
ANALOGUE
Ref. 00097AN/1
reposition into the impression model.
Compattatore finale - Ref. 281-3P
40
41
Titanium Abutments (cement-retained restoration)
SPHERICAL ANCHOR SYSTEM
Prosthetic abutments are titanium components that are fixed to the dental implant using prosthetic screws to create a prosthetic
O-ring anchors or o-ring titanium housing can be used for the ø 1.8
anchorage.
ø 3,5
STRAIGHT ABUTMENTS
ø4
ø 1,8
3,5 mm
Straight abutment is designed to meet
the clinicians’ demands
for conventional crown and bridge
ø 1,8
ø 1,8
procedures and restorative simplicity.
They are available in Ø 4 diameter
indicated for anterior area and 3 heights
H. 2
H. 3
H. 1
( H. 1 , H. 2 H. 3 mm) according to the
H (*)
gingival , mimicking
11 mm
optimal preparations of natural teeth,
which provides the opportunity to create
Fig. 1
esthetics for all tooth
Ref. 00589/1
PROSTETIC SCREW
Ref. 00358/V
Ref. 00589/2
Ref. 00589/3
TIGHTENING:
the prostetic screw using the 1.25 Hex
Screwdriver and Torque Wrench. Recommended torques for final seating 25 Ncm
METAL HOUSING
The metal housings are available in three different retentions,
achieved by using the appropriate silicon O-ring and metal
housing.
4,75 mm
4,3 mm
3,6 mm
Ø 4 STRAIGHT ABUTMENTS
15° ANGLED ABUTMENTS Ø 4
Complete with Prostetic Screw
Complete with Prostetic Screw
ø4
42
ø4
ø4
ø4
H. 1
H. 2
H. 3
Ref. 00358/1
Ref. 00358/2
Ref. 00358/3
Ref. 00370/15
4 mm
3,3 mm
3 mm
ø 1,8
Soft
Retention
MD-3004/1
BIG O-ring
MD-3005/1
(5 pcs)
Medium
Retention
MD-3004
Hard
Retention
MD-3004/2
SMALL O-ring
MD-3005
(5 pcs)
SPHERICAL
ANALOGUE
Ref. INN-00621
SHORT MANUAL
DRIVER
Ref. INN-00604
43
surgical kit
3P AND Ø3 surgical kit
Ref. 3P-00092SC
Surgical Instruments Use:
Technical Specifications
Rules For Use:
Lance Drill
Ref. 147-021
Neck Drill Ø 4.1
Ref. NECK-40
Rounded Drill
Ref. 000100
Neck Drill Ø 4.6
Ref. NECK-45
Depth Drill Ø 2.1
Ref. 00074CUT
Neck Drill Ø 5.1
Ref. NECK-50
Conical Drill Ø 3
Ref. 00075CUT
Metal Stop L. 8 mm
Ref. STOP01
Conical Drill Ø 3.5
Ref. 3P-35CUT
Metal Stop L. 10 mm
Ref. STOP02
Conical Drill Ø 4
Ref. 3P-40CUT
Metal Stop L. 12 mm
Ref. STOP03
Conical Drill Ø 4.5
Ref. 3P-45CUT
Metal Stop L. 14 mm
Ref. STOP04
Ref. 3P-50CUT
Implant Driver SHORT
Ref. INN-00590/1
These instruments are used to penetrate
Dental drills and reamers are produced
Use drills and tappers in a gradual se-
Conical Drill Ø 5
the soft tissue, perforate the mandible
in AISI 630 grade stainless steel to gua-
quence of diameters.
Compactor-Expander Ø 2.2
Ref. 201-3P
Implant Driver LONG
Ref. INN-00590/2
and maxillary bone to create the perfect
rante e an excellent balance between
Compactor-Expander Ø 3
Ref. 281-3P
Implant Insertion Key (Contra-Angle)
Ref. INN-00581
Compactor-Expander Ø 3.5
Ref. 331-3P
Prosthetic Screw Driver LONG
Ref. INN-61000L
Compactor-Expander Ø 4
Ref. 381-3P
Prosthetic Screw Driver SHORT
Ref. INN-61000
Compactor-Expander Ø 4.5
Ref. 431-3P
Universal Ratchet
Ref. 00376
Compactor-Expander Ø 5
Ref. 481-3P
Straight Manual Key Ref. 3P-00090CM
Extender
Ref. 00236N
Direction Pin (2 Pcs)
Ref. 00441T
Tissue Punch Ø 4
Ref. 00091BM
surgical site in which to place the implant.
cutting power and stainlessness
When preparing the implant site, light
pressure should be applied with forward
We recommend that cutting instruments
and backward movements of the instru-
(burs, pilot drills and reamers), under
ment. Do not exceed 400 RPM while
normal operating conditions, should
preparing the implant site.
not be used more than 30 times. It is
always necessary to check the amount
of wear and tear of the cutting edges of
Do not exceed 60 RPM while inserting
the implant in the implant site.
the instruments
44
45
WIDE SURGICAL KIT
Ø 3 SURGICAL KIT
Ref. WIDE-00092SC
Ref. 3-00092SC
Wide drill Ø 5,5
Ref. WIDE-55CUT
Implant driver (short)
Ref. INN-00590/1
Lance Drill Ref. 147-021
Extender
Ref. 00236N
Wide drill Ø 6
Ref. WIDE-60CUT
Implant driver (Long)
Ref. INN-00590/2
Depth Drill Ø 2.1
Ref. 00074CUT
Ø 3 Implant Driver (long) Ref. 00578/L
Wide drill Ø 6,5
Ref. WIDE-65CUT
Prsthetic driver (short)
Ref. INN-61000L
Conical Drill Ø 3
Ref. 00075CUT
Ø 3 Implant Driver (short)
Ref. 00578/S
Wide drill Ø 7
Ref. WIDE-70CUT
Prsthetic driver (short)
Ref. INN-61000
Compactor-Expander Ø 3
Ref. 281-3P
Prosthetic Screw Driver (long)
Ref. INN-61000L
Wide Metal stop L. 8 mm
Ref. W-STOP08
Universal ratchet
Ref. 00376
Metal Stop L. 8 mm
Ref. STOP01
Prosthetic Screw Driver (short)
Ref. INN-61000
Wide Metal stop L. 10 mm
Ref. W-STOP10
Metal Stop L. 10 mm
Ref. STOP02
Universal Ratchet Ref. 00376DIN
Wide Metal stop L. 12 mm
Ref. W-STOP12
Metal Stop L. 12 mm
Ref. STOP03
Direction Pin (2 Pcs)
Ref. 00441
Wide Metal stop L. 14 mm
Ref. W-STOP14
Metal Stop L. 14 mm
Ref. STOP04
46
47
surgical kit
surgical kit
SURGICAL FACILITIES
CONICAL DRILLS
Parallel Pin place parallel pin in the site to facilitate the direction of the subsequent drilling.
Tissue Punch intended for use with a contra angle set at a low speed, it allows to punch the mucosa according to the selected
implant diameter.
Template the template helps the surgeon in selecting the right implant to be inserted. The whole range of “Duravit 3P implants”
in two scales is illustrated: actual dimensions, and dimensions increased by 25%, it takes into account the distortions of the
panoramic.
- The surgical drills are available in sequential diameter.
- The drills are made of surgical stainless
steel and are to be used with external
irrigation.
ø 3,5 mm
- All drills are coloured and laser marked
the diameter for easy identification
Parallel Pin
TISSUE PUNCH
TEMPLATE Ref. 3P-09
during the surgery.
- Drills are grove marked for different
laser mark
length as shown below.
- Two laser lines, 6 to 7 mm and 10 to 11
color code
to help the surgeon while is preparing
the lends of the implant’s site
15 mm
14 mm
13 mm
grove marks
12 mm
11 mm
10 mm
9 mm
8 mm
Ref. 00441T
Ref. 00441
plastic
Ref. 00091BM
ø 4 mm
Ref. 00092BM
ø 4,5 mm
7 mm
Ref. 00093BM
ø 5 mm
6 mm
* 0,5 mm
*IMPORTANT:
INITIAL DRILLS
an additional 0.5 mm must be added to
the length of the drill to account for the
angled cutting tip.
Extender drill
Increases operating length of the drills
ø 5 mm
ø 4,5 mm
ø 4 mm
To mark out and create the insertion
ø 3 mm
ø 2,2 mm
Lanche Drill
ø 3,5 mm
during the surgery.
point penetrating cortex to evaluate
bone quantity and quality.
10 mm
Rounded Drill
Used to smooth out the ridges.
4 mm
Extender
Ref. 00236N
48
LANCE DRILL
Ref. 147-021
ROUNDED DRILL
Ref. 000100
Color Legend
ø 2.2
ø3
ø 3,5
ø4
ø 4,5
ø5
Real Diameter
ø 2.2
ø 2.6
ø 3,1
ø 3,6
ø 4,1
ø 4,6
Ref
00074CUT
00075CUT
3P-35CUT
3P-40CUT
3P-45CUT
3P-50CUT
49
surgical kit
COMPACTOR EXPANDER
Countersink Drill
- The Compactor-Expander are available
Use the countersink to create a shoulder
in sequential diameter.
area for the implant.
color code
Indicated expecialy in hard bone
- The Compactor-Expander are made of
condition to avoid compression around
surgical stainless steel.
the cortical bone.
- All Compactor-Expander are coloured
and laser marked the diameter for easy
identification during the surgery.
exagone ø 6 mm
- Compactor-Expander are grove lasered
ø 4 mm
for different length as shown below.
laser mark
ø 3,5
laser marc
CHARACTERISTICS
- The surgical drills are in different
color code
Diameters (4.1, 4.6 and 5.1).
15 mm
13 mm
11 mm
14 mm
- The drills are made of surgical stainless
12 mm
steel and are to be used with external
10 mm
irrigation.
9 mm
7 mm
8 mm
- All drills are coloured and laser marked
6 mm
the diameter for easy identification
Color Legend
50
ø 2.2
ø3
ø 3,5
ø 3,5
ø4
ø4
ø 4,5
ø 4,5
ø5
ø5
Color Code
Real Diameter
ø 2.2
ø 2.8
ø 3,3
ø 3,8
ø 4,3
ø 4,8
Real diameter
Ref
201-3P
281-3P
331-3P
381-3P
431-3P
481-3P
Ref
ø 3,5
ø4
ø 4,5 mm
ø3
ø 3,5 mm
ø 2,2
ø 4 mm
during the surgery.
ø 4,5
ø4
ø4
ø 4,5
NECK-35
NECK-40
NECK-45
51
WIDE CONICAL DRILL
METAL STOPPER
- The surgical drills are available in se-
The Drill stoppers ensure to the surgeon
quential diameter.
ø 3,5
surgical kit
simple and accurate depth control.
- The drills are made of surgical stainless
- Laser marked for immediate
steel and are to be used with external
identification of the length.
irrigation.
ø 3,5
- Clearly arranged matching depth from
- All drills are coloured and laser marked
6 to 15 mm.
the diameter for easy identification
- Quick easy and easy assembling.
during the surgery.
ø 6 mm
- Drills are grove marked for different
length as shown below.
- Two laser lines, 6 to 7 mm and 10 to 11
to help the surgeon while is preparing
laser mark
NOTE: Metal Stopper can NOT be mounted inside
ø 5 Conical Drill and ø 5 Compactor - Expander
the lends of the implant’s site
- The drills are used with the appropriate
15 mm
14 mm
13 mm
grove marks
ø 5,3
color code
Wide length stop
12 mm
11 mm
10 mm
9 mm
STOP L.06
STOP L.07
STOP L.08
STOP L.09
STOP L.10
STOP L.11
STOP L.12
STOP L.13
STOP L.14
STOP L.15
Ref. STOP06*
Ref. STOP11
Ref. STOP01
Ref. STOP07*
Ref. STOP02
Ref. STOP08*
Ref. STOP03
Ref. STOP09*
Ref. STOP04
Ref. STOP10*
8 mm
7 mm
6 mm
*IMPORTANT:
* 0,5 mm
an additional 0.5 mm must be added to
the length of the drill to account for the
WIDE METAL STOPPER
angled cutting tip.
The Drill stoppers ensure to the surgeon
simple and accurate depth control.
- Laser marked for immediate identification of the length.
Color code
52
ø5,5
ø6
ø 6,5
ø 7 mm
ø 6,5 mm
ø 5,5 mm
ø 6 mm
- Quick easy and easy assembling.
ø7
Real diameter
ø 5.2
ø 5,7
ø 6,2
ø 6,7
STOP L.06
STOP L.08
STOP L.10
STOP L.12
Ref
WIDE-55CUT
WIDE-60CUT
WIDE-65CUT
WIDE-70CUT
Ref. W-STOP06
Ref. W-STOP08
Ref. W-STOP10
Ref. W-STOP12
53
surgical kit
IMPLANT DRIVERS
PROSTHETIC HEX DRIVERS
- Hex driver 1.27mm (stainless steel)
- Insertion tools 2.6 mmd (stainless steel)
- For all types of cover screws, healing
- Used final for placing of the implants 3P and WIDE.
abutments and prosthetic pieces
ø 1,27 mm
handpice driver
ø 1,27 mm
IMPLANT INSERTION KEY
TORQUE RATCHET MOUNTER
Contra-angle
Ref. INN-00581
SHORT KEY
Ref. INN-00590/1
ø1,27 mm
ø 1,27 mm
MANUAL DRIVERS
PROSTHETIC SCREW DRIVER
LONG
Ref. INN - 00604
Ref. INN - 00602
SHORT
Ref. INN - 00604/S
exagone ø 6 mm
Ø 3 IMPLANT DRIVERS
implant connection
exagone ø 2,4 mm
screw connection
exagone ø 1,27 mm
Torque Ratchet allows the clinician to accurately apply the recommended preload torque for surgery and prosthetics.
ø 6 mm
ø 6 mm
22 mm
29 mm
27 mm
LONG
Ref. INN-61000L
RATCHET & MANUAL KEY
Used for final placing of the implant ø3
ø 1,6 mm
ø 1,6 mm
54
SHORT
Ref. INN-61000
LONG KEY
Ref. INN-00590/2
torque wrench connection
ø3 implant INSERTION
Ref. 00578/DRILL
22 mm
29 mm
22 mm
27 mm
ø 2,4 mm
29 mm
29 mm
ø 2,4 mm
22 mm
ø 6 mm
2,3 mm
ø 6 mm
ø 6 mm
Ø3 TORQUE RATCHT MOUNTER
KEY SHORT
Ref. 00578/S
KEY LONG
Ref. 00578/L
TORQUE RATCHET 50 N/cm
Ref. 00376DIN
ø 6 mm
UNIVERSAL Ratchet
Ref. 00376
STRAIGHT MANUAL KEY
Ref. 3P-00090CM
55
MINI DURAVIT IMPLANT
characteristics:
- Made of 5g MEDICAL titanium;
- Sandblasted and oxidised to increase the contact surface;
- Self-threading spirals for better insertion and primary stability of the implant
- Each implant is packed together with the implant carrier which enables manual
positioning without contamination risks.
- It is available in 2 diameters (2,0 – 2.4) and 3 lengths (10 - 13 – 15)
ø 1,8
3,85 mm
O-BALL MINI DURAVIT IMPLANT
Mini Implant line is the solution for
a removable prosthesis.
2,35 mm
2,35 mm
immediate and long-term stabilization of
3,85 mm
ø 1,8
This implant produces a high primary
L* mm
This device requires a simple surgical
L* mm
stability with immediate functionality.
procedure. It is possible to create the site
with or without creating a flap
retention options as well as attachment designs that forgive up to
90-minute patented protocol, often completed without a flap and
30 degrees divergence between two implants with no need for an
ABUTMENT MINI IMPLANT
sometimes even using the patient’s existing denture.
angle correction inventory. Original retention can be restored in
This implant produces a high primary
Mini Duravit Implants are designed for stability in soft and dense
minutes by simply changing o-rings
stability with immediate functionality.
L. 10 MD/20/10
L. 10 MD/24/10
L. 13 MD/20/13
L. 13 MD/24/13
L. 15 MD/20/15
L. 15 MD/24/15
ø 1,8
It should be used in anterior sites to
This implant produces a high primary
2,35 mm
replace laterals, cuspids and bicuspids.
ø 1,8
2,35 mm
bone which is essential for immediate loading. Attachment
Ref. ø 2,4
3,85 mm
designs are available for custom retention for each case with three
invasive and immediately stabilizes loose dentures using a
3,85 mm
B. & B.Dental’s mini duravit dental implant system is minimally
Ref. ø 2,0
stability with immediate functionality.
This device requires a simple surgical
with or without creating a flap.
56
Ref. ø 2,0
L* mm
L* mm
procedure. It is possible to create the site
Ref. ø 2,4
L. 10
MA/20/10
L. 10
MA/24/10
L. 13
MA/20/13
L. 13
MA/24/13
L. 15
MA/20/15
L. 15
MA/24/15
57
Surgical Protocol
PROSTETIC COMPONENTS
Collared O-Ball
1
2
Mark each entry point on patient’s
tissue and with Pilot Drill 1.1 pumped
up and down until the cortical plate is
penetrated.
4
Square Head
3
Carry the implant to the site with the
plastic plug and scew it inside until
noticeable bony resistance
is encountered.
Use the Butterfly Key to thread the
implant into place until the wrench
becomes difficult to turn.
5
6
MD-3007
Collared Analog
Torque Wrench and implant diver will
then finalize the insertion process
MA-1007
Collared Square
Head Analog
Seat denture in patient’s mouth and have
patient apply normal bite pressure in
centric occlusion.
Relieve denture to accommodate
implants and metal housings, creating
individual holes or a trough
O-BALL CAPS
STRAIGHT ABUTMENT
SQUARE HEAD CAPS
MD-3010
MD-3006
Castable
Surgical COMPONENTS
Complete plastic Box
(sterilizzable) contains:
MD-3013
Temp Cap
1 - BUTTERFLY KEY
MD-3014
Transfer Cap
Ref. MD-3002
2 - PREPARATION DRILL Ø1.1
4
Ref. MD-3001
CAPS
5
3 - PREPARATION DRILL Ø 1,5
4,75 mm
Ref. MD-3001/20
PCV PROTECTION
4 - KEY FOR TORQUET RATCHET
1
long: MD-3003L
short MD-3003S
5 - TORQUET RATCHET
Ref. 00376DIN
6 - SURGICAL BOX
Ref. 00075SC
6
COMPLETE BOX
Ref. 00075SC
4,3 mm
3,6 mm
Soft Retention
MD-3004/1
2
3
3,3 mm
3 mm
Medium Retention
MD-3004
Hard Retention
MD-3004/2
MD-3008
O-ring
MD-3005/1 (5 pieces)
58
4 mm
O-ring
MD-3005 (5 pieces)
59
MATERIAL FOR BONE REGENERATION
NOVOCOR PLUS
The Novocor Plus medical device comprises grains of natural coral with a low surface/volume, ranging from 200 to 500 mm.
The natural coral , also known as coralline hydroxyapatite, comprises 98% Aragonitic Calcium Carbonate (CaCO3)
Properties
- natural coral grafting material
- slow resorption and directed integration by new bone formation
- long-term dimensional stability
- osteoconductive
- 100% mineral
- no foreign body or inflammatory reaction
- hydrophilic surface, optimal cell adhesion and blood absorption
- interconnective porosity
- safe and sterile
- easy handling
Indications: Implantology,
Periodontology & Oral Surgery
- Sinus lift
- Horizontal augmentation
- Intraosseous defects
- Peri-implant defects
- Extraction sockets
- Vertical augmentation
- Furcation defects
PACKAGING
B&B Dental bone substitutes for dentistry represent a range of
Flexible, cortical and spongy bone lamina are therefore available,
products able to provide an efficient response to all demands for
whose main use is in on-lay grafts.
bone regeneration encountered in clinical practice on a daily basis:
from small parodontal defects to large-scale reconstruction of
In order to avoid invasion of the grafted site by soft tissues, B&B
atrophic ridges.
Dental provides dentistry with easily-handled re-absorbable
Each box contains 4 capsules
from 0,5 gr. Each.
grain size: 0,2 - 0,5 mm
collagen membranes, and the innovative Titanium membrane
These options are very easy to apply, and extremely useful in filling
that simplifies graft protection. This is particularly useful for minor
parodontal defects and raising the sinus according to Summers.
defects where the shape of the traditional collagen membrane
To fill limited cavities, such as post-extraction alveoli, granule
would take up a disproportionate amount of time.
Ref. 00096N
formulae are also available in malleable collagen paste, which also
perform a useful haemostatic effect.
A specific slow re-absorption membrane is also available in flexible
cortical bone, which does not require removal and is particularly
B&B Dental also proposes an exclusive range, unique worldwide,
useful for protecting larger grafts (lateral or vertical on-lay).
of flexible bone substitutes obtained by means of a partial
demineralisation process.
The advantage of the flexibility lies in the perfect contact obtained
between graft and receiving bone bed. In this way, the probability
of failure due to defective angiogenesis, is minimised.
Implants in situ
60
Filling with Novocor Plus®
granules
Resorbable collagen
membrane
Flap suture
61
T-BARRIER MEMBRANES
DURAVIT CRESTAL SINUS LIFT
COLLAGENE MEMBRANE
Lance Drill Ref. 147-021
Compactor-Expander Ø 2.2 Ref. 201-3p
Compactor-Expander Ø 3 Ref. 281-3p
Compactor-Expander Ø 3.5 Ref. 331-3p
Compactor-Expander Ø 4 Ref. 381-3p
Compactor-Expander Ø 4.5 Ref. 431-3p
ADVANTAGES
Compactor-Expander Ø 5 Ref. 481-3p
- Perfect biocompatibility
Metal Stop L. 4 Mm Ref. Stop12
- Complete resorption after 4/6 mouths
Metal Stop L. 5 Mm Ref. Stop05
- Osteoconductive and osteoinductive Metal Stop L. 6 Mm Ref. Stop06
activity
Metal Stop L. 7 Mm Ref. Stop11
- Anti-inflammatory, eutrophic and
Metal Stop L. 8 Mm Ref. Stop01
cicatrizant properties
Metal Stop L. 9 Mm Ref. Stop07
Push pin Ø 3.5 Ref. SL-PP35
Push pin Ø 4 Ref. SL-PP40
Push Screw Ø 3.5 Ref. SL-PS35
effect) for heterologous and autologous
Push Screw Ø 4 Ref. SL-PS40
grafts;
Straight Manual Key Ref. 3P-00090Cm
T-Barrier Collagene is a type-1 native heterologous equine collagen indicated for use in guided tissue regeneration procedures to
enhance wound healing.
- Easy to apply on the defect area.
CLINICAL APPLICATIONS
Oral surgery: containment action (tent
Paradontology: treatment of gum
recessions;
Implantology: protection of the sinus
Ref. 00082C
membrane prior to insertion of graft
material.
PACKAGING
Ref. 3P-00093SC
2 Membranes each pack
Size: 23 x 23 mm
Thicknes 0,25 mm
safety implant membranes
TITANIUM MEMBRANES
Ref. 00532
24 x 29 mm - ø 0,13
62
Ref. 00532/3
12 x 19 mm - ø 0,13
compleate with screw
Ref. 00532/4
20 x 14 mm - ø 0,13
single compleate with screw
Ref. 00532/5
17 x 20 mm - ø 0,13
single compleate with screw
Ref. 00532/1
18 x 8 mm - ø 0,13
Ref. 00532/2
21 x 7 mm - ø 0,13
Blocking Screw
63
PhysioDispenser 3000
OSTEOTOMES
PHYSIO DISPENSER 3000 is the result of 10 years’ experience in the design and development of electro-medical apparatus for
implantology. High performance combined with extreme simplicity, and provided with a new-concept pedal that represents an absolute
novelty.
Ref. 00443-1
osteotome n.1
Ø3
Ø2
Ø1,5
CHARACTERISTICS
- Motor speed from 3 to 125000 RPM
Ref. 00443-2
osteotome n.2
Ø3,5
Ø2,5
Ø2
- N° 6 Reduction/Moltiplication of
the contra angle
(1:5, 1:1, 16:1, 20:1, 64:1, 70:1)
Ref. 00443-3
osteotome n.3
Ø4
Ø3
Ø2,5
- N° 5 Memories
- 24 torque values. MAX value indicates the
maximum torque without limitation.
Ref. 00443-4
osteotome n.4
Ø4,5
Ø3,5
- N° 3 defferent choises of cooling liquid
Ø3
flows: 60, 80, 110 ml/min
Ref. 00443-5
osteotome n.5
Ø5
Ø4
Ø3,5
5 mm
8 mm
10 mm
12 mm
14 mm
17 mm
Ref. PD3000
COMPLETE WITH
1. Selects the program
- Central unit
- Multifunction Pedal , pump flow,
HAMMER
Ref. 1881
2. forward/reverse
1
- Peristaltic pump
forward/reverse, program and motor
2
4
3
3. Turns on the motor with progressive action.
4. Sets the peristaltic pump flow
action.
- N° 2 irrigation tube
- Reduction cotra-angle 20.1
Ref. S2772-1B (Empty Box)
Ref. 00443-0 (Full Box)
IMPLANT SITE PREPARATION
ACCESSORIES
carrying case - PD106
53 x 37 x 13 cm, weighs 750 g.
Ref. PD106
64
IRAGATION tube
Ref. PD107
Contra-angle 20.1
Ref. w0020/1CA
65
MARKETING & TRAINING MATERIALS
Drilling Practice Model
Sinus Lift Practice Model
Ref. IMP-1003
Ref. P9-X.1032
- Mandibular jaw model for basic drilling practice
- Jaw model for sinus lift practice
- The model material duplicates type II - III hardness
- The bone thickness of the posterior area is 3 mm on the left side
Bone Material
duplicates type II - III (1 layered construction)
and 9 mm on the right side for lateral window and osteotome
method practice
- Schneiderian membrane is made of thin material
Training Method
Drilling
DEMO IMPLANT SET
implant insertion
Bone Material
duplicates type III (1 layered construction)
Tooth model
removable anatomic tooth model
Other
Schneiderian membrane
Training Method
Incision
Lateral window tecnique
Osteotome
Full-thickness flap
Drilling
Immediate implant placement
implant insertion
Surgical guide plate
1a Duravit implant 3p and accessories
1b Implant ø3 and accessories
Ref. DEMO KIT
Ref. 3-DEMOKIT
Complete of:
Complete of:
- Dental Implant 3P Ø 3.5 L. 10 mm ref. 3P-3510
- Dental Implant Ø 3 L. 10 mm ref. 00310IM
- Dental Implant 3P Ø 4 L. 12 mm ref. 3P-4012
- Dental Implant Ø 3 L. 10 mm ref. 00312IM
- Healing Screw H. 2 ref. INN-6010
- Healing Screw H. 2 ref. 00584
- Platic transfer ref. INN-00306
- Healing Screw H. 4 ref. 00585
- Transfer Abutment + plastic cap + screw ref. INN-00506
- Healing Screw H. 6 ref. 00586
- Metal Transfer INN-00600
- Metal Transfer+ screw Ref. 00600TR
- Ø 5 Straight Abutment + Prosthetic screw ref. INN-2000
- Ø4 H. 1 Straight Abutment ref. 00358/1
- Analogue ref. INN-00585
- Ø4 H. 2 Straight Abutment ref. 00358/2
- Extractor screw ref. INN-6050
- Ø4 H. 3 Straight Abutment ref. 00358/3
- Prosthetic driver ref. INN-00604
- Analogue ref. 00097AN
- Prosthetic driver ref. INN-00604
1a
2
3
1b
IMPLANT TRANSPARENT MODEL
MINI IMPLANT MODEL
Ref. Model implant
Ref. Model mini
Features
Features
- Dental prosthesis on the lower and implants molar region
- Dental removable prosthesis
- Transparent jaw allows view of the anatomical roots
- 4 mini implants placed on the anterior region complete of metal
Purpose:
housing
-For explaining the dental prosthesis and implants
Purpose:
-For explaining the mini implants use with complete removable
prosthesis.
2
Mini Duravit implant and accessories
3
Multi-Unit abutment
Ref. MINI DEMO KIT
Ref. M/U DEMO KIT
Complete of:
- Ø 5 H. 1 Straight Multi-use Abutment Ref. INN-4750/1
- Mini dental implant Ø 2.0 L. 15 Ref. MD/20/15
- Ø 5 H. 2 Straight Multi-use Abutment Ref. INN-4750/2
- Mini dental implant Ø 2.3 L. 13 Ref. MD/23/13
- Ø 5 H. 3 Straight Multi-use Abutment Ref. INN-4750/3
- Metal housing “soft retaintion” ref. MD-3004/1
- 17° H. 1 Angled Multi-use Abutment Ref. INN-1750/1
- Metal housing “medium retaintion” ref. MD-3004
- 17° H. 2 Angled Multi-use Abutment Ref. INN-1750/2
- Metal housing “hard retaintion” ref. MD-3004/2
- 30° H. 1 Straight Multi-use Abutment Ref. INN-3050/1
- Collared analogue ref. MD-3007
- 30° H. 2 Straight Multi-use Abutment Ref. INN-3050/2
- Temporary cap ref. MD-3013
- Healling cap Ref. INN-6030
- Transfer cap ref. MD-3014
- Open tray transfer + screw Ref. INN-00611
-Transfer/castable abut. ref. MD-3006
- Close tray transfer Ref. INN-00610
- Titanium abutment ref. MD-3010
- Castable abutment Ref. INN-5145
- Multy-use driver Ref. 00440M
- Prosthetic driver ref. INN-00604
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B&B DENTAL
implant company
Via San Benedetto, 1837 - 40018 San Pietro in Casale (BO) Italy
Tel. +39 (0) 51.81.13.75 - Fax +39 (0) 51.666.94.00
info@bebdental.it - www.bebdental.it
EN ISO
13485
Sistema Qualità Certificato
Certified
Quality
System
UNI EN ISO
13485
UNI EN ISO 13485