video corpo

Cylindrical dental implant CERALOG®
zirconium dioxideinternalstraight

Cylindrical dental implant - CERALOG® - CAMLOG Biotechnologies - zirconium dioxide / internal / straight
Cylindrical dental implant - CERALOG® - CAMLOG Biotechnologies - zirconium dioxide / internal / straight
Cylindrical dental implant - CERALOG® - CAMLOG Biotechnologies - zirconium dioxide / internal / straight - image - 2
Cylindrical dental implant - CERALOG® - CAMLOG Biotechnologies - zirconium dioxide / internal / straight - image - 3
Cylindrical dental implant - CERALOG® - CAMLOG Biotechnologies - zirconium dioxide / internal / straight - image - 4
Cylindrical dental implant - CERALOG® - CAMLOG Biotechnologies - zirconium dioxide / internal / straight - image - 5
Cylindrical dental implant - CERALOG® - CAMLOG Biotechnologies - zirconium dioxide / internal / straight - image - 6
Add to favorites
Compare this product
 

Characteristics

Shape
cylindrical
Material
zirconium dioxide
Connection
internal
Configuration
straight
Implant diameter

4 mm, 4.5 mm
(0.16 in, 0.18 in)

Implant length

Min.: 8 mm
(0.31 in)

Max.: 13.25 mm
(0.52 in)

Description

The demand for highly esthetic prosthetics is on the increase. There is a focus on ceramic implant solutions with high biocompatibility. The ivory colored two-piece CERALOG® Hexalobe implants offer an exceptionally high level of esthetic properties. This is a mature system that has been in clinical use for many years. The high tissue compatibility of zirconium dioxide is widely acclaimed. The dual surface texture The dual surface texture of CERALOG® combines two defined roughnesses on a single implant, without postprocessing, that is unique. The enossal area of the implant body is provided with a micro-roughness with an Ra value of 1.6 μm to enable targeted deposition of bone cells. The neck area of the implant has a lower degree of roughness with an Ra value of 0.5 μm, which additionally optimizes the deposition of soft tissue. The Y-TZP zirconia material CERALOG® Implants consist of yttrium oxide stabilized tetragonal zirconium dioxide. They are produced by Ceramic Injection Molding (CIM). Here both the outer geometry as well as the surface structure are already created in a mold before the sintering and HIP process (HIP = Hot Isostatic Pressing). No abrasive treatment of the zirconia is necessary during this process. Only few companies worldwide are capable of mastering this high-tech manufacturing process. 100% quality control: every single implant is subjected to an extensive mechanical loading test and dimensional check in a controlled process prior to packaging.
*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.