Angelus Reforpost Metallic | Intraradicular Dental Posts | Metallic Root Canal Posts | Endodontic Post System

Angelus Reforpost Metallic Intraradicular Posts are precision-engineered metallic dental posts designed for the reinforcement and restoration of endodontically treated teeth with insufficient remaining coronal structure. Manufactured by Angelus, a globally recognized dental materials company, these posts provide excellent retention, mechanical strength, and reliable support for core build-up and final restorations.

Reforpost Metallic posts feature a tapered cylindrical design that allows effective adaptation inside the prepared root canal while preserving dentin structure. Their high-strength metallic composition provides durability and stability, making them suitable for a wide range of restorative procedures following root canal therapy.

Designed for predictable clinical outcomes, Angelus Reforpost Metallic posts assist dentists in restoring compromised teeth by improving core retention and supporting long-term restorative success.

Key Features

• High-strength metallic intraradicular post system
• Designed for restoration of endodontically treated teeth
• Excellent mechanical resistance and durability
• Tapered design for improved canal adaptation
• Helps preserve remaining tooth structure
• Provides reliable retention for core build-up materials
• Suitable for anterior and posterior restorations
• Precision manufactured for consistent clinical performance

Clinical Applications

• Post and core restorations
• Reinforcement of endodontically treated teeth
• Restoration of teeth with significant coronal loss
• Fixed prosthodontic procedures
• Endodontic restorative treatments

Product Specifications

• Brand: Angelus
• Product: Reforpost Metallic
• Type: Intraradicular Metallic Dental Post
• Material: Metallic Alloy
• Application: Root Canal Post Restoration
• Usage: Post & Core Procedures
• Country of Origin: Brazil

Angelus Reforpost Metallic provides dentists with a dependable solution for restoring structurally compromised teeth, combining strength, precision fit, and clinical reliability.