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Implant family
The BTI implant system offers a wide range of solutions to address any implantology challenge, from meeting aesthetic or biomechanical requirements to managing thin gingival biotypes or the absence of a bony substrate.
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UNICCA® Surface : The surface of all BTI implants
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BTI implant connections
BTI offers two connections: Internal and External.
Internal connection
The octalobular internal connection (platform 2.5), hexalobular internal connection (platform 3.0) and tetralobular internal connection present an edge-free geometry that reduces stress concentration points and promotes uniform distribution of axial, lateral and torsional loads. This design minimises the risk of plastic deformation during implant insertion and removal, while facilitating placement of the prosthetic components.
External connection
The external hexagonal connection of BTI implants has platform-specific dimensions tailored to the biomechanical requirements of each platform, thereby enhancing connection stability and appropriate force transmission.
BTI implant apexes
Depending on implant length, two types of apex are available:
Conical apex
It facilitates implant insertion in different bone types owing to its high cutting efficiency and reduced bone compression, promoting primary stability and providing a broad surface area for osseointegration.
Cylindrical apex
The cylindrical apex (short and extra-short implants) is designed to promote good primary stability and greater control during implant insertion and positioning, minimising bone compression and reducing the risk of injury to adjacent anatomical structures, such as the maxillary sinus or the inferior alveolar nerve.
Advantages of biological drilling
It allows bone to be collected during drilling
It enables the retrieval of particulate autologous bone, preserving its cellular component and osteogenic properties, for use as a graft in combination with PRGF-ENDORET®.
Low-speed drilling allows control of heat generation and reduces the risk of bone necrosis caused by thermal injury
While the absence of irrigation prevents washout of the surgical bed and promotes preservation of its biological environment.
It helps maintain the direction and control of the working depth
It reduces mechanical trauma
Thereby helps reduce marginal bone loss.
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Frequently asked questions from experts
Which design features differentiate BTI CORE® and CORE-X® implants, allowing the latter to provide “X-tra” stability?
CORE-X® features a deeper thread, promoting advancement through bone, together with an apical design that allows more progressive and controlled insertion.
Why is it important to retrieve autologous bone using the biological drilling protocol without irrigation?
Because it allows use of the patient’s own bone while preserving its cellular component and osteogenic potential. The recovered bone can be combined with the plasma obtained using PRGF-ENDORET® technology to create a particulate autograft that promotes bone regeneration processes.
Given that the KCQ5 kit is used for both BTI CORE® and CORE-X®, do they follow exactly the same drilling sequence?
No. The CORE-X® implant is particularly indicated in situations of low bone density and for immediate post-extraction placement. Its design is intended to promote osteocondensation and achieve greater primary stability; accordingly, it uses a more reduced drilling sequence than CORE®, with fewer drills.
¿Qué diferencias existen entre los distintos tipos de implantes disponibles?
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¿Qué complicaciones pueden surgir después de la colocación de un implante y cómo se previenen?
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