Clinical Package 2

Welcome to a new era of dental care with our Clinical Package 2, dedicated to post-implant analysis. This comprehensive package is designed to delve deep into the stability and long-term behavior of dental implants, ensuring precision and success beyond the initial treatment.

Importing Precision from Clinical Package 1

To begin the post-implant analysis journey, the plan is seamlessly imported from Clinical Package 1. Building upon the foundation laid in the pre-implant analysis phase, this transition ensures a seamless continuum in treatment planning.

Mechanical (Finite Element) Analysis of Implant Restoration Process

Understanding the Mechanical Dynamics

Dental implants, once inserted into the jaw bone, form a complex mechanical system. Our biomedical engineering principles unfold a new era in diagnosis, treatment planning, and rehabilitation. This biomechanical approach considers the response of biological tissues to applied loads, crucial for understanding occlusal loads and passive mechanical loads during the healing stage.

Controlling Stress for Optimal Results

Once a specific implant system is selected, the operator gains control over the strain experienced by tissues. Factors such as implant design, size, number, angulation, and restoration influence the applied stress. The final stability of this mechanical connection is estimated under the convention of biting force with the desired angle on the crown.

Long-Term Behavior of Implant (Bone Remodeling)

Deciphering the Evolution of Bone

The second facet of Clinical Package 2 involves predicting the long-term behavior of implants through bone remodeling analysis. Human bone adapts to changes in environment and function, a captivating topic of research. Bone remodeling, defined as the gradual alteration of bone morphology to adapt to external loads, can lead to either resorption or deposition based on the magnitude of the mechanical load.

Predicting Bone Remodeling with Finite Element Analysis

Our software takes bone remodeling into account, offering predictions on the changes around the implant and potential displacement arising from this remodeling within a one-year timeframe. The finite element analysis provides clinicians with invaluable insights into the long-term viability of the implant, ensuring a proactive approach to patient care.