Information for patients about immediate loading implants
Immediate loading implants are not a recent discovery, they date from the ’70s – Dr. Julliet, Scortteci-France, followed in developing these implants until today by Dr. Mutter, Prof. Dr. Kopp and Ihde. From then until today new techniques for inserting implants have developed, with no incision, post-extraction, mandible nerve bypass. All these new types of implants were possible thanks to an international team of doctors headed by Prof. Dr. Stefan Ihde, who developed and modified the insertion of implants and techniques to improve them. The major advantage of these techniques of insertion of these types of implants is the possibility of immediate loading, including for patients with systemic diseases like diabetes.
Immediate loading implants are divided into three categories:
– Immediate loading implants compression type KOS, KOS + micro KOS, KOS TX, recommended for patients with good bone tender and without systemic diseases
– Immediate loading implants BOI by-cortical type that can be used in all types of bone structure and patients with certain systemic diseases
– Immediate loading implants multi cortical BCS type that can be used without incision in all types of bone structure and patients with certain systemic diseases.
Prosthetic works that can be performed in a short time, 3-4 days, are mostly manufactured with composite metallic acrylic teeth. They can remain as completed works or can be changed after 9-12 months with metallic-ceramic or zirconium. This is because the post-extraction area has an unpredictable aesthetic healing, which is masked by the metallic acrylic works in the first months.
In both cases of immediate loading implants and in the multiphase type of implants, the process of healing of the soft tissue and the hard tissue is the same, the difference is in the possibility to resolve the case immediately, without long waiting post extraction periods, additions, sinus lift, months or years until completion and the possibility of solving difficult cases presenting atrophy of the maxilla and mandible.
Types of implants with immediate loading
The Allfit® KOS® dental implant system is made of the highly fracture-resistant Ti6Al4V ELI titanium alloy pursuant to ASTM F136. The implants are single-piece implants with an apical compression thread and straight, flexible or angled solid abutment. Suitable for crowns, bridges and bar connectors. The compression screw design facilitates immediate prosthetic loading, provided surgical placement was carried out correctly (restoration placed within three days or less)
KOS_AThe Allfit® KOS® dental implant system is made of the highly fracture-resistant Ti6Al4V ELI titanium alloy pursuant to ASTM F136. The implants are single-piece implants with an apical compression thread and straight, flexible or angled solid abutment. Suitable for crowns, bridges and bar connectors. The compression screw design facilitates immediate prosthetic loading, provided surgical placement was carried out correctly (restorat
KOS® B implants with flexible neck (use after pre-drilling and preparation with a KDS bone-expanding screw) Suitable for reduced-load areas (not for single restorations) The flexible implant offers double safety:1. Torque reduction by pre-compression using the applicable KDS bone-expanding screw
2. Safety head with pre-determined fracture site and dual square (patent pending)
KOS D implants feature an 4°external-cone. Abutments are simply tapped on or cemented. The abutments may be positioned on the external cone in different distances from the bone line: 1.5mm, 3 mm, or 4 mm (patent pending).For the „KOS D“-implant system no implant analogues nor impression caps are needed: the impression is taken directly on the abutment. The abutment is shaped like a tooth in the prosthetically desired way. „KOS D“-abutments are compatible with „Hexacone D“ and „Xigñ D“ – implants.
KOS E Implants are single-piece fixtures. They are used in the esthetic zone. The implant bed is prepared with KOS instruments. The prosthetic components of the S class implant lab accessories (especially the CSK system) are fully compatible with KOS E. Made of Ti6Al4V titanium alloy, doubly sandblasted, with Osmoactive® coating.
KOS EB is a single-piece implant featuring an inverted cone to compensate for diverging paths of insertion. KOS EB Implants are custom milled and shaped immediately after placemen. The gingiva retractor is used to expose the preparation margin. Made of Ti6Al4V titanium alloy, doubly sandblasted, with Osmoactive®coating.KOS T implants are best used in the tuberosity region and in areas where the mucosal layer is thick. The polished head is twice as long as that of the KOS® implant. At the same time, the neck diameter has been reduced to 2.3 mm. Materials: Ti6Al4V, doubly sandblasted, coated with Osmoactive®.
Perfectly manufactured precision implant with double-sandblasted endosseous section made of highly fracture-resistant Ti6Al4V ELI titanium alloy KOS K Implants with ball attachment connect to the superstructure using nylon copings.
KOS® LOC Implants are single-piece fixtures made of highly fracture-resistant Ti6Al4V ELI titanium alloy, doubly sandblasted, and then osmoactive®-packaged
KOS® PLUS are single piece implants with polished sharp apical threads and compression threads for placement in the spongious bone. KOS Plus combines the advantages of a compression screw implant with the unexpected stability of anchorage in the 2nd cortical. For use in the upper and the lower jaw. Made from highly compatible and proven titanium alloy (Ti6Al4V ELI), double sand-blasted and packed osmoavtive. Screw in with IT2 BCS
KOS® X implants provide the same prosthetic platform (cementing head) as BCS 3.6 mmd, BCS 4.6 mmd and larger.
KOS® XB implants provide the same prosthetic platform (cementing head) as BCS 3.6 mmd, BCS 4.6 mmd and larger.
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø) height of the implant head, 7.2 mm width of the implant head, 3.5 mm sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)
height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
One-piece implants with longitudinal oval threaded pin (1.95 mm × 2.1/2.3 mm ø)height of the implant head, 7.2 mm
width of the implant head, 3.5 mm
sandblasted head
Screw-type implant, bicortically inserted, for use with dental bridges. Assuming the indication permits, this implant can be inserted in the extraction socket immediately after extraction and loaded immediately in many cases.
Smoothly machine-surfaced in all areas. The abutment head is identical with the KOS implant head and with a TSD4 abutment. Self-tapping thread, with endosseous anti-reverse protection.
Screw-type implant, bicortically inserted, for use with dental bridges. Assuming the indication permits, this implant can be inserted in the extraction socket immediately after extraction and loaded immediately in many cases.
Smoothly machine-surfaced in all areas. The abutment head is identical with the KOS implant head and with a TSD4 abutment. Self-tapping thread, with endosseous anti-reverse protection.
Screw-type implant, bicortically inserted, for use with dental bridges. Assuming the indication permits, this implant can be inserted in the extraction socket immediately after extraction and loaded immediately in many cases.
Smoothly machine-surfaced in all areas. The abutment head is identical with the KOS implant head and with a TSD4 abutment. Self-tapping thread, with endosseous anti-reverse protection.
ZSI-Implants are placed trans-sinualy or below/inside the crista zygomatico-alveolaris, and in the alveolar crest of the maxilla. For cortical anchorage in the zygomatic bone. Smooth parts of the implants are positioned below the Schneiderian mebrane or below the muscosa. Additional they provide a bending area below the cementing abutment. Therfore they can be aligned with other abutments in the center of the crest after the implant has been placed.Types of implants multiphase
Perfectly manufactured precision implant with double-sandblasted endosseous section.
Implant with internal octagon and 8°internal cone. For anti-rotational superstructures.
These implants with a head diameter of 6.5 mm can be used, if adequate bone is available, for posterior single crowns with the width of one premolar in dentate and partially/fully edentulous ridges as for superstructures retained by bars and ball attachments.
Perfectly manufactured precision implant with double sandblasted endosseous section.
Implant with solid conical abutment (cf. TCA7 STI abutment). Suitable for crowns, bridges and bar connectors. Direct impression on the TCA implant. The abutment can be shortened or bevelled immediately after placement.
Perfectly manufactured implant Double blasted on theenossal section. Successful implant with octagon socket and 8° inner cone. For rotationally-secured suprastructures.
Perfectly manufactured precision implant with double sandblasted endosseous section.
Implant with octagonal abutment (like OSA STI). Suitable for crowns, bridges and bar connectors.
Perfectly manufactured precision implant with double-sandblasted endosseous section. Implant with 8°internal cone. Compression screw thread for stable endosseous anchorage.
Perfectly manufactured implant Double blasted on the enossal section. Proven implant with 8° internal cone. Versatile classic.
Perfectly manufactured precision implant – double radiated on the enossal section. Implant with octagon socket and 8° inner cone. Compression screw thread for stable enossal anchorage e.g.
Hexacone 6+2 has been developed for the area of the molars in the upper and the lower jaw. In the upper jaw this implant may be used as a compression screw. Endosseous length 6mm. The upper border of the 75° reverse konus should end at the level of the bone or slightly above it.The surface is sandblasted and acid etched (high temperature). After this the implants receive an osmoactive coating or are packaged in concentrated osmoactive solution.
Hexacone® DIRECT was developed for small gaps. Provided that the bone quality is adequate, the treatment can be finsihed in an immediate load protocol (within 3 days). For insertion use the specific instruments (IT K). The bone cavities should be prepared 2.0 mm or 2.2 mm. The implant may be used in the way of a compression screw in soft bones. In this case use only the drills BCD1 or BCDX1. The surface is sandblasted and acid etched (high temperature). After this the implants receive an osmoactive coating or are packaged in concentrated osmoactive solution.
The surface is sandblasted and acid etched (high temperature). After this the implants receive an osmoactive coating or are packaged in concentrated osmoactive solution. The implant features an internal hex, a marginal taper and a US standard internal thread. Its internal geometry is compatible with systems such as MIS®, Paragon®, CoreVent®, Screw Plant®, as well as Alpha Bio®.
Lateral implant for dental and maxillofacial applications. The implant bed is prepared using the rotary instruments of the BOI®implant system.
Lateral implant for dental and maxillofacial applications. The implant bed is prepared using the rotary instruments of the BOI®implant system.
Lateral implant for dental and maxillofacial applications. The implant bed is prepared using the rotary instruments of the BOI®implant system.