The Clinical Challenge
The core challenge for dentists seeking reliable implant solutions is the inherent conflict between achieving high primary stability for immediate loading in atrophic bone and maintaining long-term tissue health while offering streamlined prosthetic versatility for complex restorations like full-arch rehabilitations.
This is a scientific introduction to ROOTT M Implant. A one-piece, tissue-level system designed specifically for a Minimal Invasive Surgical Approach and Versatile Restorations.
It provides a streamlined approach, integrating the prosthetic platform directly onto the implant body to simplify the overall workflow and enhance predictability, particularly for immediate loading protocols.
Biomechanical Integration & Prosthetic Versatility
Multi-unit Connection
This single-unit design readily adapts to multi-unit titanium bases. It accommodates up to 60∘ of divergence/convergence, offering exceptional flexibility for complex cases.
Anodised Cervical Collar
This feature is engineered to respect the biological width, actively promoting the stability of both the hard and soft tissues.
Versatile Thread Design
The specialized thread pattern supports easy, predictable placement in demanding anatomical areas, including atrophic thin ridges, sockets, and the nasal area, making it ideal for immediate loading procedures.
System Synergy
ROOTT M is designed for secure, fully screw-retained restorations. It works in synergy with ROOTT R multi-unit abutments and ROOTT P implants for comprehensive restorative solutions across the entire system.
Efficiency, Reliability, and Broad Compatibility
Integrating 4 Gold Standards to make the practitioner's life simple yet high-performing. Achieving natural esthetic results in daily practice.
Surgical Efficiency
Designed for a minimal invasive surgical approach. The specialized thread design ensures easy and predictable placement in challenging bone, supporting immediate loading.
Prosthetic Simplicity
Provides a reliable, secure, fully screw-retained foundation. Its integration with the multi-unit connection streamlines the restorative phase for complex arch rehabilitations.
Tissue Health
The anodised cervical collar provides a specific technical feature dedicated to promoting stability of hard and soft tissues.
System Compatibility
Integrates seamlessly with all other ROOTT lines (R and P) and their associated multi-unit abutments and titanium bases.
GOLD STANDARD
Biocompatible Surface
Predictable Osseointegration
- Created through Anodization, HA/tcpa blasting, and dual acid etching.
- Moderately rough surface (Sra-1.3micron) with pores in low micrometer range.
- Rapid osseointegration enabling faster patient function.
- Scientifically proven excellence with over 15 years of clinical success.
FEATURES
Implant Design and Geometry
- The ROOTT M is a one-piece, tissue-level implant.
- It utilizes a multi-unit connection in its single-unit design to adapt to multi-unit titanium bases.
- The implant body dimensions include diameters from Ø3.0 mm to Ø6.0 mm and lengths from 4 mm to 20 mm.
Prosthetic Integration
- The system is engineered for secure, fully screw-retained restorations.
- The multi-unit connection accommodates significant restorative path flexibility, allowing for up to 60∘divergence/convergence in complex cases.
Minimally Invasive
Specialized threads and one-piece design favor atrophic thin ridges and immediate loading.
Ultimate Versatility
Multi-unit connection supports high angulation tolerance (up to 60∘) for complex fixed restorations.
Tissue Focused
The anodised cervical collar is a dedicated feature to support biological width and tissue stability.
Streamlined Solutions
Designed for efficiency and versatility for predictable and successful implant-supported restorations.
ROOTT-P Pterygoid Solution
The ROOTT Pterygoid Implant System eliminates these compromises by anchoring into the reliable D1-D2 dense cortical bone of the pterygoid plate —a zone inherently unaffected by severe sinus pneumatization —to provide a predictable graftless solution that restores balance and ensures long-term survival (97% ) and superior biomechanics.