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The Morse Cone SELF-LOCKING Connection

The Morse Cone
SELF-LOCKING
Connection

The AoN implant lines have been designed to convey feeling and naturalness to the user, offering stability, flexibility and a complete prosthetic portfolio, capable of satisfying every technical need. All this to ensure excellent clinical performance and predictable and aesthetic results that satisfy patients to the maximum.

Conometric Connection

To enhance this mission, AoN Implants introduces a Morse Cone connection, called REVCON. With this system, AoN Implants seeks to rewrite the concept of conometry in dentistry by bringing innovation, simplification, and versatility to a prosthetic system that in history has proved to be among the most reliable and long-lasting over time.

The REVCON prosthetic system has been designed to meet all the needs of the dental professional in terms of implant-prosthetic rehabilitation. REVCON supports all prosthetic techniques: screwed, cemented, combined, telescopic, following any clinical approach required by the operator. All this thanks to a complete range of implant morphologies, studied with extreme attention, to offer the key features & benefits that all the great implantologists are currently looking for in an implant line.
REVCON
The connection
Pure Morse Cone connection.
More than 20 mm² coupling.
Hexagonal positioning.
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REVCON
Key Features & Benefits
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REVCON uses a Morse Cone connection with a terminal hexagon for positioning, which translates into absolute stability and the absence of micro-movements. To simplify prosthetic management and allow intervention in the event of tissue conditioning avoiding peri-implantitis problems, we have designed a simple and safe system for removing the abutment.

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Platform Switching on all implant diameters, guaranteeing adequate maintenance of the soft tissue.
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Unique Platform for all implant diameters to simplify and minimize warehouse management.
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“One implant one abutment” technique. The use of this technique offers the possibility of rehabilitating the patient in a very short time, applying the abutments and the temporary prosthesis at the same time as the insertion of the root prosthesis.
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Possibility of immediate loading in patients with suitable anatomical and functional characteristics.
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Simple and safe working protocols that aim to make surgical and prosthetic results predictable over time.
The REVCON Implants
REVCON IS-Four and Cyroth prosthetic roots are root prostheses designed to support the clinician in everyday surgery.
IS-Four®

Thanks to its morphology, it adapts well to surgery of the upper jaw. The extremely sharp apical part makes it very performing in post-extraction sites, where it allows stabilizing the implant even in a few millimeters of bone.

UNIQUE PLATFORM:

The same prosthetic platform for

all diameters facilitates the

operator’s work by simplifying the

management & provides

maximum flexibility to the system.

PLATFORM SWITCHING

The converging tapering of the

coronal part encourages bone

retention by providing a constant

aesthetic of the gingival contour

by stabilizing the soft tissues.

PROGRESSIVE THREAD:

The thread has a progressive

apical-coronal trend that

during the screwing phase

generates a horizontal

compaction of the medullary

bone, improving primary

stability (ideal for D3-D4 bone).

PROFILE:

The truncated conical profile

offers significant advantages in

many critical situations.

APEX SLOTS:

They make the implant self-

drilling which contributes to the

recovery of bone fragments mixed

with blood and medullary bone

growth factors.

MILLING THREAD APEX:

It gives the implant self-tapping

and self-drilling capabilities.

UNIQUE PLATFORM:

The same prosthetic platform for

all diameters facilitates the

operator’s work by simplifying the

management & provides

maximum flexibility to the

system.

PLATFORM SWITCHING:

The converging tapering of the

coronal part encourages bone

retention by providing a constant

aesthetic of the gingival contour

by stabilizing the soft tissues.

BONE PLATFORM SWITCHING:

The particular morphology of

the neck allows to increase the

contact surface with the bone

and to preserve a greater

portion of the periosteum. The

conical coronal part allows less

traumatic contact with reduced

pressure on the cortical crestal

avoiding dangerous

compressions on blood vessels.

CONICAL TOP

The extremely conical apical part

makes underprepared sites in the

softer bone possible.

APEX MILLINGS:

They make the implant self-

tapping and they contribute to

creating primary stability.

PROFILE

The self-tapping parallel wall

profile is very versatile and

particularly suitable for dense

bone.

Cyroth®
Thanks to its morphology, it adapts well to jaw surgery. Its cylindrical morphology makes it easy to position both in traditional surgery and during guided surgery. The tapered cervical part avoids compressions in the cortical area, eliminating bone trauma that would be harmful for the healing of hard tissues after surgery.
IS-Four®
Thanks to its morphology, it adapts well to surgery of the upper jaw. The extremely sharp apical part makes it very performing in post-extraction sites, where it allows stabilizing the implant even in a few millimeters of bone.
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UNIQUE PLATFORM:
The same prosthetic platform
for all diameters
facilitates the operator’s work by simplifying
the management & provides
maximum flexibility to the system.
PLATFORM SWITCHING:
The converging tapering of the coronal part encourages bone retention by providing a constant aesthetic of the gingival contour by stabilizing the soft tissues.
PROGRESSIVE THREAD:
The thread has a progressive
apical-coronal trend that during
the screwing phase generates
a horizontal compaction
of the medullary bone,
improving primary stability
(ideal for D3-D4 bone).
PROFILE:
The truncated conical profile
offers significant advantages
in many critical situations.
APEX SLOTS:
They make the implant self-drilling
which contributes to the
recovery of bone fragments mixed
with blood and medullary bone
growth factors.
MILLING THREAD APEX:
It gives the implant
self-tapping and self-drilling
capabilities.
Cyroth®
Thanks to its morphology, it adapts well to jaw surgery. Its cylindrical morphology makes it easy to position both in traditional surgery and during guided surgery. The tapered cervical part avoids compressions in the cortical area, eliminating bone trauma that would be harmful for the healing of hard tissues after surgery.
cyroth_revcon.jpg
UNIQUE PLATFORM:
The same prosthetic platform
for all diameters facilitates
the operator’s work by simplifying
the management & provides maximum
flexibility to the system.
PLATFORM SWITCHING:
The converging tapering of the
coronal part encourages bone retention
by providing a constant aesthetic
of the gingival contour by
stabilizing the soft tissues.
BONE PLATFORM SWITCHING:
The particular morphology
of the neck allows to increase
the contact surface
with the bone and to preserve
a greater portion of the periosteum.
The conical coronal part
allows less traumatic contact with
reduced pressure on the cortical
crestal avoiding dangerous
compressions on blood vessels.
CONICAL TOP:
The extremely conical apical
part makes underprepared
sites in the softer bone possible.
APEX MILLINGS:
They make the implant self-tapping
and they contribute to creating
primary stability.
PROFILE:
The self-tapping parallel
wall profile is very versatile
and particularly suitable
for dense bone.
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More surface.
More performance.
For REVCON prosthetic roots, which also include sub-crestal positioning, minor changes were made to the spire in the cervical area of the implant and the surface treatment that covers the Platform Switching area comes close to the connection.
OsTiOx™ Surface

The OsTiOx™ surface is obtained by a double acidification process. This type of treatment provides the characteristic micro-topography found on the implant surfaces according to the modern conception.

 

The surface roughness, with micro-pits separated by distances in the order of the micrometer (μm), makes it extremely efficient for activating platelet aggregation and clot retention at the implant site.

 

The capillary structure of this surface acts as a sponge that benefits the internal growth of the tissue and guarantees a fast and favorable bone healing process.

More surface.
More performance.

For REVCON prosthetic roots, which also include sub-crestal positioning, minor changes were made to the spire in the cervical area of the implant and the surface treatment that covers the Platform Switching area comes close to the connection.
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OsTiOx™ Surface

The OsTiOx™ surface is obtained by a double acidification process. This type of treatment provides the characteristic micro-topography found on the implant surfaces according to the modern conception.

The surface roughness, with micro-pits separated by distances in the order of the micrometer (μm), makes it extremely efficient for activating platelet aggregation and clot retention at the implant site.

The capillary structure of this surface acts as a sponge that benefits the internal growth of the tissue and guarantees a fast and favorable bone healing process.

Bone Healing Concept

Every organism subject to trauma is repaired according to different physiological modalities. If we examine the bone, three healing modes are recognized: primary, secondary, and tertiary. Each of the above is activated under different conditions. The most immediate is to be considered as primary, i.e., any composite fracture or bone injury.

This healing takes place in 6 to 8 weeks under normal conditions. In order to achieve swift implant integration, it is necessary to aim for primary healing after positioning. To obtain this type of healing, a swift and minimally invasive approach is necessary, do not open the mucoperiosteal flaps to their entire thickness, do not heat the recipient tissues above 132.8° F, never compress the bone during the installation of the implant prosthesis and do not irrigate the alveoli during surgery.

The correct application of the techniques allows the implant prostheses to be loaded instantaneously or within around 45 days, with evident advantages for the safety and success of the implant prosthesis treatment.

Note: “Looking at McKibbin and Shenk’s studies on bone healing and after carefully examining all the scientific articles produced by Dr. G. Vrespa, in collaboration with the University of Chieti since the 90s, we believe we can combine this hard tissue healing method with our implants.”

Tissue Healing Concept
Marginal Soft Tissue

Over the years, Marginal Bone Loss has been used as a criterion for the assessment of perimplantary tissues, intended as the bone resorption around the implant. In recent years, attention has no longer been focused solely on this element as a reference benchmark, and increasing attention has been given to soft tissues, seen as a protective barrier for the bone.

It is now perceived that Marginal Bone Loss is influenced by several factors, including: Surgical, Biological, Implants.
Surgical

Factors resulting from an incorrect surgical approach, such as the flap, heat, pressure and torque, may be critical elements in causing the bone matrix to recede from the implant collar.

Biological

At a biological level, non-compliance with the principles that regulate biological amplitude may lead to the same effects on bone. Failure to respect the spaces that our body needs to create the mucosal seal involves bone remodeling below the soft tissues, which causes exposure of the coronal part of the implant.
Implants

The implant element must have a high-performing connection, both at a mechanical level (absence of micro gaps) and at the bacterial seal level. Over the years our Morse Cone connection has been rated as gold standard. Other important aspects are the platform switching, the separation of the connection from the bone, combined with narrower and longer prosthetic abutment protrusions, leaving more room for the soft tissues. The correct combination of the aforementioned points obliges the implantologist to refine his prosthetic vision and to change his purely clinical approach into a prosthetic-guided approach. Implant positioning at a bone level is no longer sufficient, it is necessary the knowledge of the soft tissues, their requirements and, consequently, modify the implant positioning according to the correct biological spaces to ensure appropriate maintenance.

Tissue Healing Concept

Bone Healing Concept

Every organism subject to trauma is repaired according to different physiological modalities. If we examine the bone, three healing modes are recognized: primary, secondary, and tertiary. Each of the above is activated under different conditions. The most immediate is to be considered as primary, i.e., any composite fracture or bone injury.
This healing takes place in 6 to 8 weeks under normal conditions. In order to achieve swift implant integration, it is necessary to aim for primary healing after positioning. To obtain this type of healing, a swift and minimally invasive approach is necessary, do not open the mucoperiosteal flaps to their entire thickness, do not heat the recipient tissues above 132.8° F, never compress the bone during the installation of the implant prosthesis and do not irrigate the alveoli during surgery.
The correct application of the techniques allows the implant prostheses to be loaded instantaneously or within around 45 days, with evident advantages for the safety and success of the implant prosthesis treatment.

Note: “Looking at McKibbin and Shenk’s studies on bone healing and after carefully examining all the scientific articles produced by Dr. G. Vrespa, in collaboration with the University of Chieti since the 90s, we believe we can combine this hard tissue healing method with our implants.”

Marginal Soft Tissue

Over the years, Marginal Bone Loss has been used as a criterion for the assessment of perimplantary tissues, intended as the bone resorption around the implant. In recent years, attention has no longer been focused solely on this element as a reference benchmark, and increasing attention has been given to soft tissues, seen as a protective barrier for the bone.
It is now perceived that Marginal Bone Loss is influenced by several factors, including: Surgical, Biological, Implants.
Surgical
Factors resulting from an incorrect surgical approach, such as the flap, heat, pressure and torque, may be critical elements in causing the bone matrix to recede from the implant collar.
Biological
At a biological level, non-compliance with the principles that regulate biological amplitude may lead to the same effects on bone. Failure to respect the spaces that our body needs to create the mucosal seal involves bone remodeling below the soft tissues, which causes exposure of the coronal part of the implant.
Implants
The implant element must have a high-performing connection, both at a mechanical level (absence of micro gaps) and at the bacterial seal level. Over the years our Morse Cone connection has been rated as gold standard. Other important aspects are the platform switching, the separation of the connection from the bone, combined with narrower and longer prosthetic abutment protrusions, leaving more room for the soft tissues. The correct combination of the aforementioned points obliges the implantologist to refine his prosthetic vision and to change his purely clinical approach into a prosthetic-guided approach. Implant positioning at a bone level is no longer sufficient, it is necessary the knowledge of the soft tissues, their requirements and, consequently, modify the implant positioning according to the correct biological spaces to ensure appropriate maintenance.
Prosthetic Solutions

It is now well-established practice to carry out prosthetic design and planning before facing an implant surgery.
Today, in fact, there are very valid planning tools that give the clinician all the useful information to face any type of rehabilitation. To support the technology, adequate prosthetic components are needed to facilitate its best execution, with profiles that respect and promote the stabilization of the biological width.

The range of components must allow the clinician to use all finalization protocols, guaranteeing maximum results.

REVCON is the most advanced prosthetic system in the AoN Implants range, it allows the use of a wide range of prosthetic solutions: cemented, screwed, conometric, combined, and overdenture. REVCON allows the surgeon to meet the needs of the most demanding patients by moving from protocols with deferred loading to “one implant one abutment” techniques thanks to the KiSS (Keep it Simple System) prosthetic abutments or the help of the 1to1 connector.

To operate on the REVCON connection and be able to benefit from its peculiarities to the fullest, the system adopts two special prosthetic keys called IN and OUT which allow you to activate and deactivate the REVCON conometry.

To obtain the best performance from a Morse Cone Connection, it is necessary to activate the coupling of the abutment on the implant by applying a screwing force of 30/35 Ncm. The tool dedicated to this action is the IN key. The IN key activates REVCON axially without stressing the coronal area of the implant.
After having coupled the components, the IN key is removed and the passing screw is subsequently positioned, tightening it to 25 Ncm, which only acts as an elastic connecting element.

The OUT key is used to extract the abutment from the implant. Before using this key, it is necessary to remove the through passing screw in order to free the hole. Then you insert OUT key in the hole of the abutment and proceed by screwing the key until the conometry is released, at this point it is possible to remove the abutment.

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Bi-Conometry

Immediate load rehabilitation, with the aim of resuming normal life with aesthetics and comfort, is increasingly requested by patients. For this reason, professional firms are increasingly organized in order to compete in an increasingly aggressive market.

AoN Implants offers different techniques where a “one implant one abutment” protocol is envisaged. One of these is the KiSS systematics. Thanks to these components, the clinician is able to offer the patient a functional rehabilitation in a short time, with excellent aesthetic results. KiSS provides the dentist with a series of prosthetic abutments to be placed directly after bone surgery, which are coupled with special conometric caps, on which the patient’s prosthesis is relined.

With this system, prosthetic screws can be eliminated and the use of cements in contact with soft tissues can be minimized, offering the clinician and the patient a simple and clean management of the product.

 

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1to1 Transepithelial Connector
Bi-directional Platform Switching

The 1to1 connector has been designed to simplify prosthetic management for the clinician, by converting the REVCON connection into an external hexagon connection near the gingival margin.

1to1 combines key features & benefits generated by Morse Cone connection at the bone level with the simplicity of managing an external hexagon connection at the prosthetic level. The stabilization of the soft tissues therefore takes place at the connector, which is always positioned using a “one implant one abutment” protocol.

This technique, together with many other proposals from AoN Implants, simplifies the clinical work and increases the range of possibilities offered to patients.

 

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REVCON is an exclusive connection of AoN Implants, born from the idea of creating a system that takes its cue from the history of implantology and re-elaborates its fundamental concepts, making them current and usable for implantologists and prosthetists of the new millennium. The result of a development that lasted 2 years, REVCON collects an extremely wide and exclusive range of prosthetic solutions.

The implant lines adopt surgical protocols and instruments suitable for the THC (Tissue Healing Concept) technique, this means that tissue healing will always be the fastest and most efficient.

The manufacturing, control, cleaning, decontamination, and sterility standards of the product have also met the strict standards of the Food and Drug Administration (FDA) making this product suitable for commercialization in the North American market.

Would you like to know more?
We have made available a team of experts for you!

REVCON is a developed project which is growing together with the clinicians of the REVCON Academy.

For this reason, we have made available the possibility of meeting you directly with colleagues who use the system on a daily basis, together with an AoN Product Specialist, to give you the opportunity to discover the properties of the product, all the clinical applications and the benefits it will bring to your work.

You will also be able to view the Clinical Cases carried out on patients and the extraordinary properties of the adopted systems.

Book now a free video consultation or a call.

We will immediately process your request.

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Download the REVCON
catalog with its features & benefits

Get the dental technical catalog in the download section.

There you will discover all the technical details, the sizes of the available implants, the prosthetic components and the compact surgical kit, all designed to offer maximum performance!

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The development of this system is followed by a team of doctors who, in collaboration with the AoN Implants team, are available to support all users.
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