3D-Arthro Ankle – Ankle Arthroplasty Planning Supported by AI

How 3D-Arthro Ankle Supports Ankle Arthroplasty Planning

Successful total ankle replacement begins long before the operating room. A precise understanding of each patient’s anatomy is essential to anticipate challenges and support confident surgical decisions.

3D-Arthro Ankle has been designed to support this critical planning phase. By combining AI-based analysis with detailed 3D planning, the solution offers medical teams a clear and structured approach to ankle arthroplasty preparation.

Intelligent Planning Built Around the Patient

Using automated data processing and anatomical landmark detection, 3D-Arthro Ankle helps build a tailored surgical plan adapted to the patient’s specific anatomy. Surgeons benefit from a comprehensive overview of the joint, allowing them to identify constraints, anticipate adjustments, and prepare each step with clarity.

The intuitive interface makes advanced planning accessible, while maintaining a high level of anatomical detail throughout the process.

Key Benefits of 3D-Arthro Ankle

1️⃣ Patient-specific component definition

Tibial and talar components are defined according to the patient’s anatomy and clinical needs, supporting a personalized surgical approach.

2️⃣ Clear and intuitive 3D visualization

The platform provides detailed 3D visualizations, offering a precise understanding of anatomical axes, joint constraints, and the presence of any existing implants.

3️⃣ Structured and efficient workflow

From medical imaging to the final surgical plan, each step is organized to integrate smoothly into the surgeon’s operative workflow, helping save time while maintaining consistency.

Supporting Clarity and Confidence in Ankle Procedures

By combining automated insights with detailed 3D planning, 3D-Arthro Ankle serves as a reliable planning tool for ankle arthroplasty. It supports surgeons with clear visual information and structured preparation, contributing to confident decision-making throughout the procedure.