Angelus Reforpost Carbon Fiber Refill

High fiber concentration for superior mechanical properties, metal filament for X-ray visibility, dentin-like elasticity for fracture risk reduction, conical tip for minimal apical tissue removal, grooved parallel shape for excellent retention, prefabricated design for time and cost savings, easy removal due to longitudinal fibers. Retentive carbon fiber post with conical tip, supports restorations and crowns. Glass and carbon fiber posts differ in color and current mechanical strength. Drills for carbon fiber posts: Post 1 - Largo drill number 3, Post 2 - Largo drill number 4, Post 3 - Largo drill number 5. Cementation steps: post cleaning, silane application (except carbon fiber), catalyst application, canal preparation, primer and catalyst application, cement application, post placement, polymerization. Crown build-up involves etching, adhesive application, and core building. Accessory posts reduce post/core loosening risk. Carbon fiber posts require self-cured resin cements.

• High fiber concentration: Enhanced mechanical properties
• Metal filament: Enables radiographic visibility
• Dentin-like elasticity modulus: Reduced root fracture risk
• Conical tip: Minimizes apical tissue removal
• Parallel shape with grooves: Superior retention
• Prefabricated design: Saves time and reduces lab costs
• Longitudinal fibers: Facilitates removal
• Carbon fiber post with conical tip: Retentive shape
• Recommended for supporting restorations and crowns
• Material composition: Carbon fiber (80%), resin (19%), stainless steel filament (1%)
• Excellent mechanical properties
• Allows for radiographic visualization
• Lower risk of root fracture
• Minimal apical tissue removal
• Superior retention