AMG® Dental Implant P4 Lance – Internal Hex (SP)

AMG® Dental Implant P4 Lance – Internal Hex (SP)

The Next Generation of Tapered Implants – Engineered for Precision and Bone Preservation

The P4 Lance Implant represents a new level of performance in implant design.

Based on a traditional, time-proven tapered body, the P4 delivers superior mechanical strength, exceptional primary stability, and dynamic self-drilling capability even in challenging bone conditions.

Its symmetrical structure ensures balanced load distribution during insertion and throughout long-term function.

Unique Design Features

Tapered body designed for optimal bone engagement

Two micro threads at the neck for enhanced crestal bone preservation

Platform switching for stable soft tissue management

Osteotome-like condensing body for improved bone density

Pronounced tapered core ensuring controlled insertion torque

Apical part with sharp, deep threads for strong anchorage

Clinical Benefits

Optimal primary stability in all bone types

High bone preservation and reduced crestal bone loss

Increased early Bone-to-Implant Contact (BIC)

Enhanced bone condensation and osseointegration

Self-drilling capability for efficient placement

Internal Hexagon Connection – 2.42 mm

The P4 Lance implant features a high-precision internal hex connection ensuring mechanical strength, long-term durability, and perfect fit with all prosthetic components.

This system guarantees reliable, repeatable restorations and long-term clinical success.

P4 Lance Structure

The implant’s robust body and cutting blades efficiently condense soft bone during insertion, creating a uniform, high-quality platform for bone integration.

Its universal connection platform allows seamless compatibility across the entire AMG prosthetic system, simplifying restoration procedures and inventory management.

Advanced Surface Treatment – AUA Technology

AMG Dental applies an Advanced Unique Approach (AUA) surface treatment combining sand-blasting, acid-etching, and multi-stage ultrasonic cleaning.

This process creates macro-, micro-, and nano-scale topography, significantly enlarging the Bone-to-Implant Contact (BIC) area and accelerating osseointegration.

Using SLA-based technology with environmentally safe citric acid, AMG achieves a contamination-free, biologically friendly surface without industrial pollutants.

This approach ensures exceptional implant acceptance, stability, and long-term success – supported by extensive clinical research and hundreds of thousands of successful placements worldwide.

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