Dentsply Implants Manufacturing 26224 Healing Uni EV 5.4 3mm Astra Tech Implant System

Dentsply Implants Manufacturing 26224 Healing Uni EV 5.4 3mm Astra Tech Implant System

• Model: 26224 Dentsply
• 5.4
• 3mm
• Astra Tech Implant System

This medical supply or implant item is securely packaged within its original manufacturer's packaging, which remains undamaged. The inner and outer packaging is intact, ensuring the product's integrity and suitability for medical use.

The Dentsply Implants Manufacturing 26224 Healing Uni EV 5.4 3mm is a specialized component designed for use within the Astra Tech Implant System, a leading solution in dental implantology known for its precision and durability. This healing abutment plays a crucial role in the post-implantation phase by protecting the implant site and supporting optimal soft tissue healing. Its design ensures a secure fit on implants with a 5.4 mm diameter and a 3 mm height, facilitating a smooth transition between the implant and the final prosthetic restoration.

Manufactured with biocompatible materials, the Healing Uni EV 5.4 3mm is engineered to minimize irritation and promote healthy tissue integration around the implant. The unique conical connection system of the Astra Tech Implant System enhances stability and reduces micro-movement, which is critical for successful osseointegration and long-term implant success. The healing abutment’s precise dimensions and surface characteristics contribute to effective soft tissue shaping, making it easier for dental professionals to achieve natural-looking and functional results.

This component is widely used in dental clinics and laboratories due to its reliable performance and compatibility with the Astra Tech Implant System. It is especially beneficial for clinicians aiming to streamline the healing process while maintaining high standards of patient comfort and treatment predictability. Overall, the Dentsply Implants 26224 Healing Uni EV 5.4 3mm serves as a vital intermediary in the implant restoration workflow, ensuring both biological and mechanical conditions are optimized for the final prosthetic outcome.