Cylindrical Over Post
Glass Fiber Post
Cylindrical Over Post are glass fiber posts with cylindrical shape with conical tip.
As Overfibers post surfaces are particularly rough the silanization treatments are an optional.
Thanks their cylindrical shape with conical tip and the range of measures the posts Cylindrical Over Post
are versatile in many clinical situations.
For teeth with discrete amount of residual coronal tissue and channels with small sections.
Contents: 10 Unit – Cylindrical Over Post # 0.8
Contents: 10 Unit – Cylindrical Over Post # 1.0
Contents: 10 Unit – Cylindrical Over Post # 1.2
Contents: 10 Unit – Cylindrical Over Post # 1.4
Contents: 10 Unit – Cylindrical Over Post # 1.6
Contents: 1 Cylindrical Drill # 0.8
Contents: 1 Cylindrical Drill # 1.0
Contents: 1 Cylindrical Drill # 1.2
Contents: 1 Cylindrical Drill # 1.4
Contents: 1 Cylindrical Drill # 1.6
|Highly retentive surface||Increases the post / cement* adhesion|
|“S” type glass fibers 80%||high flexure strength 1500 MPa|
|Balanced flexure E-modulus||60 GPa to better stabilize the restoration|
|Translucent||to accelerate the activation of dual cements|
|Radiopacity||2.15 mm or 210% Al equivalent|
|Fatigue Strength||5 Millions Cycles Without Breaking|
|Sterilization in autoclave||135°C at 2.1 bar for 5 min. without any variation of their resistance|
Cylindrical Over Post and Cylindrical Drill are available in five sizes, with color coding for a corresponding use.
|Color||Code||Diameter||Point diameter||Total length||Drill|
- Fiber Post Bonding Using Self-Etching and Resin Cements
S. PALLOTTINI, A. LLUKACEJ, C. MONACO, and P. BALDISSARA, University of Bologna, Bologna, Italy
- Fiber Post Removal: Comparative Study Using a New Post Concept
P. BALDISSARA1, D. MELILLI2, L. CIOCCA1, and L.F. VALANDRO3, 1University of Bologna, Bologna, Italy, 2University of Palermo, Palermo, Italy, 3Federal University of Santa Maria, Santa Maria, Brazil
- Effect of Sterilization on Fiber Posts Fracture Strength
G. IORIZZO, S. BETAZZONI, L. CIOCCA, and P. BALDISSARA, University of Bologna, Bologna, Italy
- Microtensile bond strength of fiber post: effect of surface roughness
P. BALDISSARA1*, C. MONACO1, L.F. VALANDRO2, University of Bologna, Bologna, Italy1 and Federal University of Santa Maria, Brazil2