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3D Technology in Surgical Planning and Preparation

Target Audience:
Orthopaedic, oral and maxillofacial surgeons, as well as surgeons interested in 3D Technologies

Type of Education Activity:
  • Offsite training

Level: Basic – Advanced

Target Audience: Doctors/Physicians

Minimum Number of Participants: 1

Type of Activity: Offsite

Level: Basic – Advanced

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Number of participants:
  • Up to 5

Duration:
  • 10 days

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Objectives:

  • Gain a comprehensive understanding of the benefits of 3D technology in surgical planning and preparation.
  • Understand the workflow and regulations involved in running an in-house 3D center for surgical planning and preparation.
  • Develop practical knowledge in preoperative planning for orthopedic, oral, and maxillofacial surgery.
  • Gain hands-on experience planning complex surgeries.
  • Gain hands-on experience designing tailored tools for complex surgeries.
  • Explore the use of 3D technologies in the design of complex anatomical implants produced by 3D printing of titanium.
  • Discuss future challenges and opportunities of collaborations with 3D laboratories.

Main topics (up to 10)

  • Introduction to surgical planning and preparation 3D technologies.
  • An overview of a 3D laboratory’s workflow and regulations
  • Preparation of anatomical models for presurgical planning and education
  • Design of complex anatomical models
  • Application of 3D technology in orthopedic, oral, and maxillofacial surgery
  • 3D printing technologies for medical applications
  • Imaging modalities used in 3D printing
  • Overview of surgical planning and simulation using 3D models
  • Materials used in 3D printing for medical applications
  • Designing custom-made implants using 3D printing
  • Quality control in 3D printing for medical applications
  • Ethics and regulations in 3D printing for medical applications
  • Advances in 3D printing for medical applications
  • Case studies showcasing the use of 3D printing in surgery and patient care
  • Integration of 3D printing into medical education and training.
  • Clinical design of customized tools
  • Comparison of 3D vs. 2D pathology modalities

Training Methodology:

(dependent on the chosen activity)

  • Hands-on training in the 3D laboratory
  • Workshops and lectures
  • Case discussions
  • Observation of surgery using 3D laboratory products.
  • Work on personal projects to demonstrate planning, designing, and printing skills of complex implant cases

* The course structure serves as a guideline and can be modified and tailored according to the needs and objectives of each client.
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