Cell Implant
Sterility
All production of Cell Implants is thoroughly sterilized. Double sterile packing ensures sterility maintenance. Due to a high technical level of production and the strictest control of sterility, Cell Implants meets the requirements of the highest quality standards, confirmed by appropriate certificates.
Positioning of the implant in bone
The distance between an implant and a tooth root must be minimum 1.5 mm, i.e. the distance from the implant site center to the next tooth must be about the diameter of the implant’s body + 1.5 mm.
LS-H 3D active surface
LS-H 3D Active surface represents the latest generation of dental implant surface treatment technology.
This surface is active and hydrophilic; it has distinct multi-layered microporous structure. The thickness of oxide layer of the implant surface reaches 10-12 microns. Deepnest of the travecular cell is 0,6mm. The entire thickness of the oxide layer is imbued with micropores that combine with each other and create a multilayered surface.
This way, the bone tissue grows deeper both in and between micro pores. Thereby, implant surface area is significantly increased and, thus, the contact between bone tissue and implant surface is strengthened.
Titanium oxide film is enriched with calcium hydroxyapatite, and the implant surface is contaminant-free. It has prominent hydrophilic characteristics (absorption).
Researches show that LS-H 3D Active surface stimulates active bone growth over the implant surface that results in mechanical stability.
This surface property allows performing orthopedic rehabilitation at an earlier stage and significantly reduces the risk when the implant is installed under the one-stage procedure.
WORKSHOPS & TRAINING
Cell Community
Cell Implants also conducts various educational programs, which meet the needs of experienced implantology specialists and beginner dentists of general practice. The company participates in charitable events, organizes tremendous off-site training activities all over the world, tours to factories, webinars, practical workshops.
Libraries for CAD/CAM
Luxuring confident
We have created qualitatively new CELL implants to reach a new level of osseointegration even in the most difficult clinical cases.
Using the most advanced additive technologies, we have managed to combine the trabecular structure and all-titanium thread, obtaining a unique combined structure that guarantees the most successful result of dental implantation!
The trabecular (spongy) structure of the CELL implant is achieved by dividing into cells by trabeculae - thick connecting bridges.
Features of CELL Implants
STRUCTURE
POROSITY
SURFACE AREA
MATERIAL
NEW CATALOGE
This is CELL
Structure
Multi-layer mesh structure imitates trabecular structure of the cancellous bone as accurately as possible
Micro-thread
micro-rings to increase contact with the cortical plate
Apical part
Rounding in the apical part prevents damage to Schneider's membrane
Anti-rotation groove
Prevents torsion
Platform Switching
Primary stability
Screw thread combination with the printed mesh structure provides excellent primary stability and osteointegration
Micro-grooves
For improved contact with bone
Monolithic titanium base
Monolithic titanium base made by milling method - for reliability, accuracy of the nozzle and stability under chewing load
D | 3.85* | 4.2 | 5.0 |
D1 | 3.6 | 3.65 | 3.65 |
d | 1.8 | 2.3 | 2.8 |
L | 8 | 8 | 8 |
10 | 10 | 10 | |
11.5 | 11.5 | 11.5 | |
13 | 13 | 13 | |
p | 0.95 | 0.95 | 0.95 |
Implants sizes 3.85mm shouldn’t be used in molar or premolar zones*
Table of sequential use of conical diamond like coated (DLC) drills for Cell Implant
Diamond like coated drills in Alpha Dent Implants system are developed with the aim to form a bone cavity for implants Active Bio because the drill shape recreates perfectly the shape of the implant without thread.
Cell Implant
Base packing include:
- one box for all items
- implant in tube container
- product certificate cover screw
- warranty certificate
