Zenith One Step: Single-Stage Implant Solution
Streamlined, Efficient Solution
Overview
This implant is a clear nod to the single-stage approach, featuring a streamlined process that simplifies placement. Single-stage implants prioritize efficiency, allowing accelerated healing, which contributes to better patient retention—a crucial factor in modern dental practices.
Key Features Supporting Secondary Stability
Design Adaptations:
Thread geometry is optimized to distribute forces evenly, reducing stress on the bone and implant interface. The tapered design ensures smooth insertion, minimizing trauma to the surrounding bone. Self-tapping threads enhance implant anchorage, even in low-density bone situations. Additionally, the thread pitch and depth are engineered to facilitate immediate mechanical stability, minimizing micromovements while promoting gradual load transfer, aiding in long-term secondary stability. These design elements ensure effective load transfer during the healing phase.
Surface Modifications:
The interaction between implant surfaces and bone cells stimulates osteoblast activity, forming new bone around the implant. The surface has nano-structures that support fibrin network formation and mineralization, which helps with the early stages of osseointegration. Enhanced bone-to-implant contact (BIC) for long-term stability is achieved through coated, micro-roughened, hydrophilic surface which accelerates cellular activity, promoting strong bone growth around the implant.
Hydrophilic Coatings:
These coatings attract and retain blood at the implant surface, promoting the migration of proteins and cells involved in bone healing. Hydrophilic implants are particularly effective in reducing healing times and improving integration in low-density bone. Our Implants can achieve up to 30 % faster bone formation compared to conventional implants. This accelerated process improves primary and secondary stability, reducing healing time in clinical practice.
Clinical Advantages:
• Improved durability due to the stable integration of the implant into mature bone.
• Reduced risk of micromovements or implant failure under high stress.
Scientific Backing:
Studies have shown that implants with optimized surface treatments and secondary stability-focused designs demonstrate higher survival rates over extended periods, even in patients with high masticatory loads. For example, research published in The International Journal of Oral & Maxillofacial Implants highlights the role of secondary stability in achieving long-term implant success rates of over 98 % after 10 years. By prioritizing strong secondary stability, this implant system delivers dependable outcomes, ensuring patient satisfaction and practitioner confidence in a wide range of restorative cases.
Healing Period for Optimised Loading:
• Mandible: 12–14 weeks
• Maxilla: 20–22 weeks
Key Features Advanced Design & Materials:
- Material: Made from commercially pure titanium, ensuring strength and high biocompatibility.
- Surface: Sand-blasted, acid-etched, and coated surface to enhance osseointegration, supporting quicker healing and promote optimal integration with surrounding bone. The implant surface has micro-roughened or hydrophilic surface which improves early bone-to-implant contact.
- Optimized for Superior Secondary Stability: This implant can handle greater functional load, ensuring long-term performance and reliability even under challenging conditions.
- Strong & Mature Bone-Implant Interface: Significantly strong & mature bone-implant interface significantly enhances load-bearing capacity and reduces the risk of failure.
- Enhanced Load Distribution improves durability and performance under functional stresses.
- Tapered, Cylindrical Body: Features an internal hex interface for stable placement and, tapered self-drilling body which provides excellent initial stability.
- Micro-Threaded Collar: Enhances stress distribution and reduces bone loss, further promoting long-term stability.
- Transmucosal Implant System: A single-stage solution that eliminates the need for a second surgical procedure, saving time and enhancing patient comfort. maintaining soft tissue health around the implant.
Safety & Sterilization
Each implant is gamma sterilized to ensure maximum safety and reliability for patients.
Clinical Applications:
Zenith One Step is recommended for more advanced cases where tissue preservation & long-term results are critical. Such as:
Single-Tooth Restoration:
Ideal for cases where single-stage placement is preferred.
All-on-X Solutions:
Suitable for implant-supported bridges, full mouth cases or edentulous spans. Ideal for cases requiring both stability and durability, especially in patients with lower bone density where faster healing is required.
Aesthetic Cases:
Designed to meet high tissue health requirements for a natural aesthetic result.
These Implants are available in following diameters & lengths:
| Diameter | Length 8 mm | Length 10 mm | Length 12 mm |
|---|---|---|---|
| 3.8 | Y | Y | Y |
| 3.5 | Y | Y | Y |
| 4.2 | Y | Y | Y |
Prosthetic Components:
(1) Healing Screw: A temporary screw designed to protect the implant site and promote soft tissue healing following implant placement.
(2) Straight Abutment: Provides a stable platform for prosthetic attachment, ideal for single-unit restorations with favourable angulation.
(3) Angulated Abutment 15: Offers a 15-degree angle correction for restorations, ensuring optimal alignment in cases with challenging implant positioning.
(4) Multiunit Abutment Straight: Facilitates multiple-unit restorations by creating a common path of insertion, enhancing stability for full-arch prostheses.
(5) Multiunit Abutment 17: Enables 17-degree angulation for improved prosthetic alignment in complex restorations, particularly for full-arch cases.
(6) Multiunit Abutment 30: Provides a 30-degree angulation to address severe misalignments, ensuring better prosthetic positioning and occlusal alignment.
(7) Ball Abutment: Designed for overdenture applications, offering retention and stability with a resilient, removable attachment mechanism.
(8) Plastic Abutment: A temporary, customizable abutment used during the prosthetic fabrication process to aid in achieving precise fitting.
(9) Lab Analog: Represents the implant’s position and angulation in laboratory models, enabling accurate prosthesis fabrication.