SHORT IMPLANTS (e.g. BT NANO)
Due to their reduced surface area for bone anchorage, implants with length 6 mm or less are to be used exclusively for the following indications:
- as an additional system together with over 6mm implants to support implant restorations
- as auxiliary implant or for bars on implants to support complete denture in extremely atrophic maxillaries.
CHARACTERISTICS OF THE BT NANO IMPLANT
BT NANO is the ultra-short conical body implant line made of commercially pure, cold worked titanium Grade 4 and feature the DAE (dual acid-etched) surface. BT NANO is a bone-level and self-tapping implant. The special back-tapered design of the coronal portion, with a smooth portion of 0.6 mm, provides excellent management of the cortical bone. The nominal maximum diameter of the implants is positioned 1.5 mm from the platform helping to create a seal with no stress for the cortical bone. The integrated design between implant interface and abutment, narrower that the implant platform, allows to preserve the soft tissues such as the biological width (platform switching concept).
11° MORSE-TAPER HEX
0.6 MM SMOOTH
BACK-TAPERED NECK ZONE
DAE TEXTURED SURFACE
SINGLE LEAD THREAD
WITH 0.8 MM PITCH
CP TITANIUM GRADE 4
MATERIALS Our implants are made of commercially pure, cold worked titanium Grade 4 and feature the DAE (dual acid-etched) surface.
RELIABILITY The conical shape of the implant body, combined with the thread design, guarantees an excellent primary stability in the coronal part even in case of low density bone.
PROSTHETIC CONNECTIONS BT SAFE implant line offers one abutment connection based on the well-proven 11° morse-taper hexagon (MTH).
GUIDED SURGERY A careful planning of the surgical case through a fully digital workflow and the subsequent production of the surgical guide (3D Pilot).
SIMPLICITY REDEFINED ONE KIT
The surgical tray is used for the secure storage and sterilization of surgical and auxiliary instruments of the BT NANO system.
The surgical tray is made of a highly shock-proof thermoplastic, which is well established in medical applications and the material is suitable for frequent sterilization in the autoclave. General guidelines for the cleaning and sterilization are given in the corresponding “SURGICAL MANUAL”.
The tapering shape of the implant body, combined with the design of the thread is planned to allow a gradual condensation of the bone in the radial direction ensuring a good primary stability in the coronal level, where there is the greatest implant seal, even in the presence of poor quality bone.
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