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Cylindrical dental implant Vulkan® IN·HEX
titaniuminternal hexagonself-tapping

cylindrical dental implant
cylindrical dental implant
cylindrical dental implant
cylindrical dental implant
cylindrical dental implant
cylindrical dental implant
cylindrical dental implant
cylindrical dental implant
cylindrical dental implant
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Characteristics

Configuration
cylindrical
Material
titanium
Connection
internal hexagon
Other characteristics
self-tapping, cortical
Implant diameter

3.3 mm, 3.75 mm, 4.2 mm, 5 mm (0.13 in)

Implant length

Max.: 18 mm (0.71 in)

Min.: 6 mm (0.24 in)

Description

Simple, effective and versatile Designed to simplify the implant procedure, Vulkan Internal Hex. with Vbody morphology, it features a high precision hexagonal connection with high resistance to occlusal loads, a polished coronal zone that gives it versatility in placement and a single prosthetic platform for all implant diameters. Simple, effective and versatile. 1. Simplicity The high precision hexagonal connection reduces micro-movements, is effective in the distribution of occlusal loads and has a high resistance to torsional loads. In addition, the system features a single prosthetic platform for all implant diameters, simplifying the restoration process. Micro-grooves in the cortical area increase the primary stability and decrease the risk of reabsorption of the cortical bone.2. Optimal load distribution The trapezoidal thread profile optimizes the distribution of loads, facilitates the self-tapping function and has high indexes of bone contact surface (BIC). The double thread pitch allows a rapid advance of 1.8mm per turn, speeding up the insertion. Furthermore, the taper shape allows the bone to gradually condense to increase primary stability.3. Self tapping The Vbody morphological design of the implant has two notches that optimally channel the tissue detached during implantation, facilitate the self-tapping function and have the function of anti-tapping when osseointegrating. They also reduce excessive pressure on the alveolar bone during insertion.4. Reduced risks The blunt end of the apical area simulates the natural root, improves maneuverability in insertion and reduces the risk of injury to anatomical structures.

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.