Internal hex connection
Tapered body
11° Morse taper
S-L-A Surface
Pure Titanium Grade 4
Snap-in transfer mount
Allows clinicians to place crestal or subcrestal
Can obtain the best mechanical stability performance, avoid clinical complications including thread loosening,fracture effectively
Upper shallow thread structure has good initial stability in soft bone
Upper 11 morse taper,has excellent load distribution and sealing
Internal hexagon connection has excellent anti-rotation ability
Double-lead thread with same pitch can achieve rapid primary stability and reduce bone tension
Strong self-tapping can modify the implant direction and increase primary stability
S-L-A (Sand-blasting,Large-grit,Acidetched)treatment is "Gold Standard"with gradual roughness changes from neck to root.Promotes osseointegration and reduces incidence of peri-implantitis
The S-L-A surface is produced using a Large-grit; Sandblasting technique that generates a Macro- Roughness on the titanium surface with an Acid-etching technique superimposes a Micro -Roughness on the titanium surface. The Resulting topography offers the ideal structure for bone cell attachment.
S-L-A Implant Stability-Time Table
Carrier simply “Clicks” in place
Hexagon dodecagon design can ensure the accuracy of internal hexagon
No screws necessary for release
Carrier can be used as occlusal indexing pin
Cover Screw is included in the sterile packaging cap
Design promotes the best-in-class handling for sterile surgical environment
Φ (mm) : 3.5 | 4.0 | 4.5 | 5.0 | 6.0 | 7.0
L (mm) : 7 | 8.5 | 10 | 11.5 | 13 | 15
Ti Grade 4 (ZAPP) and S-L-A Surface
▪ Self-tapping, bi-thread extrusion
▪ Platform switching and open thread
▪ Connection: Hexagon, 11° morse-taper
▪ Plug-in patented carrier
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Implants
Prosthetics
Surgical Kits
Digital Solutions
Implants
Prosthetics
Surgical Kits
Digital Solutions
