Multi Unit Abutment (Angled) - Versatile Implant Solution

The Multi Unit Abutment (Angled) from Smart Dental Innovations is the ideal solution for complex implant cases requiring angulation correction. Designed for maximum versatility, this premium abutment allows clinicians to compensate for non-parallel implant placement and achieve optimal prosthetic positioning.

Technical Specifications:

• Platform Diameter (D): 4.8mm
• Gingival Heights (GH): Available in 2.5mm, 3.0mm, and 4.0mm
• Angulation Options (A): 17°, 30°, and 45° for maximum flexibility

Key Features:

• Premium-grade biocompatible materials for long-term stability
• Multiple angulation options (17°, 30°, 45°) to correct implant divergence
• Three gingival height options accommodate varying tissue depths
• Precision-machined anti-rotational design ensures accurate positioning
• Compatible with standard multi-unit prosthetic systems
• Smooth surface finish promotes healthy peri-implant tissue
• Ideal for both screw-retained and cemented restorations

Clinical Advantages:

• Corrects non-parallel implant placement up to 45°
• Simplifies full-arch and multi-unit restorations
• Reduces need for custom abutments in angled cases
• Facilitates passive fit for implant-supported prosthetics
• Minimizes cantilever stress on implant components
• Supports predictable aesthetic outcomes in challenging cases
• Versatile inventory covers wide range of clinical scenarios

Ideal Applications:

• Full-arch implant-supported restorations (All-on-4, All-on-6)
• Multi-unit fixed bridges
• Cases with non-parallel implant placement
• Immediate loading protocols
• Hybrid denture conversions
• Anterior and posterior multi-unit restorations

Available Configurations:

Quality Assurance: Manufactured by Smart Dental Innovations with rigorous quality control standards. Each Multi Unit Abutment undergoes precision inspection to ensure dimensional accuracy, proper angulation, and clinical reliability.

Select the appropriate gingival height and angulation to match your patient's anatomical requirements and achieve optimal prosthetic alignment.