iRES Dental Implant
iRES Dental Implant
iRES Dental Implant
iRES Dental Implant
iRES Dental Implant
iRES Dental Implant
iRES Dental Implant
iRES Dental Implant
iRES Dental Implant
iRES Dental Implant

iRES Dental Implant

Company:
iRES SAGL

   

Country:
Swiss

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iRES Implant Systems Overview

dandal

Shape One

shape one

iMax NHSI

imax

iMax NHSIC

imax nhsic

Volution

volution

Shape Mini

shape mini



     

   

Reliable, efficient and safe

High quality meets cutting-edge technologies to provide an innovative product concept and economically sustainable solutions. The Shape1 implant line represents the result of iRES research and renewal. A tapered, self-threading triple-loop implant body, characterized by three self-centring exhaust cuts and a rounded apex with a 60 ° sharp turn pattern. This system allows high torque to be achieved during insertion and ensures maximum stability, which is ideal in the most complex situations of immediate loading and post-extraction.

    

IMPLANT CONNECTIONS

Prosthetic components with Friction Fit connection and one conical degree on the wall of the hex abutment, have been developed for S1B, S1TN, SVB and NHSI implant systems with internal hex connection. This connection ensures a “cold fusion” between implant and abutment if the retaining screw has been tightened at 30 Ncm. It eliminates micro-movements and reduces bacterial infiltration between implant and abutment. Prosthetic components with a tilted cone to 16° fit perfectly with our S1T implant system. An external hex connection with “Flat to Flat” joint has been developed for NHSE implant system. iRES® offers different implant solutions to cover a wide range of treatment options and fulfil every surgical need. The NHSIC conical connection has a 5° angle on the abutment and on the implant, and an emergence profile for the mucous attack. The cone-morse connection creates fissures (1µm) smaller than bacteria, absorbs vibration and chewing stress with the result that it eliminates the unscrewing of the screws. There is no connection between implant and abutment in NHSM Onepiece system and this allows to completely eliminate bacterial infiltration. OnePiece connection is perfect for immediate loading.   

connection

connection

   

Soft tissue management

The connection between implant and abutment is present on the entire implant line, depending on the diameter of the flaring required, respectively 3.5 mm or 5 mm. An emergence profile is also available, which ensures a more rounded connection without sharp corners, creating a greater space for mucosa anchoring. This profile which guarantees conditioning of the soft tissues is contemplated on the whole prosthetic range, from healing screws right up to the final abutments.

The importance of the correct management of soft tissue is essential to obtain predictability in implantology and periodontology surgery, especially when regenerative techniques are applied. To obtain clinical success, we should consider two factors: the choice and the correct execution of the most indicated flap for the specific type of intervention that is planned, and the most adequate suturing technique. Furthermore, the importance of the keratinized gingiva around dental implants has been demonstrated to obtain long-term stability, with reduced in the risk of peri-implantitis, often obtainable simply by handling properly soft tissue during implant placement, or in the second surgical phase.

    

TISSUE MANAGMENT

   

Surface treatments

There is extensive scientific literature on how surface roughness characteristics influence cells behaviour. Compared to a smooth surface, topographical patterns smaller in size than a fibroblast cell (micro and nano topography) orient the arrangement of the cells and stimulate osteoblastic and platelet activity, accelerating the production of extracellular matrix and bone regeneration, and therefore the osseointegration of the dental implant. The three fundamentals of surface treatment of dental implants from a biological point of view are:

• Control of surface topography to stimulate a cellular response in an osteogenic direction;

• Control of the chemical composition of the surface to promote cell colonization;

• Control of biological contamination from adherent endotoxins so as not to interfere with the natural inflammatory response;

  

For the surface treatment a sand-blasting process was used, followed by a double acid attack. In the images, increasing the magnification, it is possible to observe how the macroscopic aspects of the screw (spire, cutting edge) are not affected by the treatment and how the surface is free from processing residue. The dual-beam roughness typical of SLA treatment can be observed and it contains large cavities due to large grit blasting on which is superimposed the micro-roughness due to treatment with acids. The micro-roughness illustrated in the figures highlights the typical three-dimensional topography, which gives these surfaces “sponge-like” characteristics that are the basis of their excellent clinical performance In fact, the very short peak-to-peak distance, about 1 micrometer, stimulates both the activity of osteogenic cells and the capillary penetration of the blood in the surface structure, offering very favorable characteristics to stimulate bone regeneration, as described in many articles on this topic. This unique combination of long-range roughness (large grit sand-blasting) and short-range (acid etching) is a substrate favourable to cell regrowth that adequately promotes cell differentiation. The level of roughness is Ra 1.42 ± 0.12.

Also hyaluronic acid enhances proliferation and growth of hydroxyapatite crystals.

  

surface

surface

   

Plasma decontamination

After the surface treatment, the implants are cleaned to remove processing residues by washing them with solvents and then subjecting them to a process of surface decontamination with cold plasma (Argon).

The partially ionized Argon atoms (inert gas) act as an additional atomic sand-blasting that promotes the removal of organic contaminants and activates the ionization of surface atoms of titanium, improving the wettability of the implant. The treatment conditions adopted on shape1 implants offer the best characteristics considered important, according to the state of current knowledge*, in the processes of implant healing, both in terms of surface morphology and in terms of chemical composition (surface cleaning). Plasma cleaning, packaging in a controlled environment, the absolute respect of “clean” procedures, quality control tests during the manufacturing process, play a fundamental role in the control of adherent endotoxins (biological cleaning), the main agent of the immunological response to implant surfaces.

    

package

Sterilization & packaging

To preserve its integrity, the dental implant is housed in a vertical position inside a titanium cylinder anchored, using the closing cap, to the respective vial made of borosilicate glass for pharmaceutical use, complying with the European Pharmacopoeia in force*. This vial ensures the neutrality of the primary packaging due to the absence of release of contaminants during the sterilization phase. It is inserted in a blister of transparent polyglass sealed with heat-sealing lacquer-based Tyvek and packed in a cardboard box that also contains the instructions for use and the labels for the patient records, on which are printed the data that allow product traceability (code and batch number). All the product packaging materials have been tested, approved and certified. Implants are supplied sterile, in a pack that allows their stability to be guaranteed for 5 years. The sterilization process is performed with gamma rays respecting the standards in force by qualified suppliers who use automated, safe and reliable systems, with continuous microbiological monitoring of the process.

ires kitires kit

shape one

imax

imax nhsic

volution

shape mini

Data sheet

Company
iRES
Country
Switzerland
International Experience
2016
Iran Experience
1396

Data sheet

Company
iRES
Country
Switzerland
International Experience
2016
Iran Experience
1396
Titanium Grade
SLA | HYHA
Surface Treatment
3D Active
Angled Abutments
Yes
UCLA Abutment
Yes
Fixture Length
4.5mm to 16mm
Connection
Hex | Octagon | Unico
Stopper Drill
No
Box Content
Fixture + Cover screw
Cemented Abutment
No
Ball Abutment
Yes
Locator
Yes
Max Torque For Cover Screw
Max. 15Ncm
Max Torque For Abutment
Max. 30Ncm
Failure Acceptance
Life time warranty (in Iran 1% during a year)
Fixture Shape
Cylindrical | Conical
Multiunit Abutment
Yes
Diameter Fixture
3.3mm to 502mm
Certificate
CE | ISO

Specific References

New product

Download

iRES Certificate

Download (5.87M)

iRES 2020 Cataloge

Download (11.44M)

iRES Hyaluronicacid Surface

Download (4.51M)

iRES Guided Surgery

Download (1.53M)

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