ROOTT R IMPLANT
Peri-Implantitis prevalence rates range widely. Only 51% of patients are compliant with post-operative care, highlighting the need for implant systems that can better withstand these clinical realities.
This is a scientific introduction to the ROOTT Implant System. Integrating the 4 Gold Standards made for predictable, esthetic, and long-term success in daily practice
Pinnacle Protocols
Integrating 4 Gold Standards to make the practitioner's life simple yet high-performing. Achieving natural esthetic results in daily practice.
ZBL Concept
Crestal bone preservation and soft tissue harmony. Engineered for lasting aesthetics by establishing biological width.
Conical Connection
10.3 degree conical connection ensures rock-solid abutment stability with minimum micro-movement.
Hybrid Design
Immediate stability & optimal bone integration via expanding tapered body and double lead threads.
Biocompatible Surface
Rapid osseointegration and proven reliability through HA/TCPA blasting and dual acid etching.
Seamless Soft Tissue Harmony:
Achieve predictable esthetics, every time, with optimized tissue integration
Crestal Bone Preservation
Engineered for lasting aesthetics by preventing bone loss.
Barrier Against Bacteria:
A smooth, clean implant-abutment connection that minimizes microbial invasion
Seamless Soft Tissue Harmony:
Achieve predictable esthetics, every time, with optimized tissue integration
Crestal Bone Preservation
Engineered for lasting aesthetics by preventing bone loss.
Barrier Against Bacteria:
A smooth, clean implant-abutment connection that minimizes microbial invasion
GOLD STANDARD
ZBL Concept
Zero Bone Loss & Soft Tissue Harmony
- True platform shift promoting seamless soft tissue harmony.
- Biological width establishment principle meticulously engineered for lasting esthetics.
- Robust barrier against bacteria providing a smooth, clean implant-abutment connection.
- Minimizes microbial invasion for a healthy soft tissue seal.
GOLD STANDARD
Conical Connection
10.3 Degree Conical Connection Stability
- Rock-solid abutment stability with minimal micro-movement.
- Precision guided positioning simplifies abutment placement.
- Platform-switching improves soft tissue thickness and esthetics.
- Unified prosthetic connection reduces the number of components, optimizing the handling requirements in the daily practice.
- Made for long-term restoration integrity.
Innovative Screw Design:
A tapered press fit for maximum stability and minimal micro-gap, enhancing implant longevity.
Zero Micro-Movement:
Ensures long-term restoration integrity and prevents bacterial leakage
Rock-Solid Abutment Stability:
Long Frictional Contact Plane
Engineered for unwavering performance in all clinical scenarios
Precision Guided Positioning:
Simplified and secure abutment placement for optimal results.
Innovative Screw Design:
A tapered press fit for maximum stability and minimal micro-gap, enhancing implant longevity.
Zero Micro-Movement:
Ensures long-term restoration integrity and prevents bacterial leakage
Rock-Solid Abutment Stability:
Long Frictional Contact Plane
Engineered for unwavering performance in all clinical scenarios
Precision Guided Positioning:
Simplified and secure abutment placement for optimal results.
Crestal Thread design
Cortical shifting
Square Shaped Threads
Minimize Bone Stress: Macro-thread design reduces cortical bone resorption, enhancing bone preservation.
Implant body design
Expanding tapered body Threaded osteotome effect allowing for narrow ridge expansion without extensive bone grafting procedures
Apical Thread design
V Shaped Threads
Increased Sharpness to achieve High Primary
Rounded Apex
To protect the Schneiderian Membrane
Crestal Thread design
Cortical shifting
Square Shaped Threads
Minimize Bone Stress: Macro-thread design reduces cortical bone resorption, enhancing bone preservation.
Implant body design
Expanding tapered body Threaded osteotome effect allowing for narrow ridge expansion without extensive bone grafting procedures
Apical Thread design
V Shaped Threads
Increased Sharpness to achieve High Primary
Rounded Apex
To protect the Schneiderian Membrane
GOLD STANDARD
Innovative Hybrid Design
Enhanced Stability & Bone-Lock Features
- Double lead threads for enhanced primary stability even in soft bone.
- Square crestal thread design reduces cortical bone stress and enhances preservation.
- Apical thread design (V Shaped) increases cutting-efficiency for bone preservation and to achieve high primary stability.
- Self-drilling, Self-tapping, and Bone-condensing design.
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.
Performance Metrics
Comparing the new Viper connection against traditional standards (ISO 14801:2016). The enhanced structural integrity provides significantly higher load capacity, ensuring long-term durability even in complex rehabilitation cases.
Key finding
The ROOTT R Viper connection demonstrates a ~69% increase in load capacity compared to previous generation connections, ensuring rock-solid stability.
Reinvented Packaging:
Faster, Easier, Safer.
Our all-in-one sterile packaging guarantees surface integrity and streamlines your surgical workflow.
All-In-One Convenience
Includes Cover Screw, ZeroBoneLoss® Abutment, and Fixing Screw.
Guaranteed Surface Integrity
Minimizes handling and protects bioactive surface from contamination.
Touchless Pickup
Enhanced surgical precision with ROOTT design.
ROOTT R Placement Protocol
Establishment of biological width is part of the healing process
Comprehensive Portfolio
The ROOTT ecosystem offers solutions for every clinical indication,
from single units to full-arch rehabilitation in compromised bone.
Superstructures
Explore our comprehensive range of superstructures, from scanning abutments to final
prosthetic solutions. Designed for seamless integration.