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The Role and Future Directions of 3D Printing in Custom Prosthetic Design

Expiry Date
: 15/04/2031
CPD Units
: 3.00 Points

The article explains how 3D printing improves prosthetic design by enabling faster, cheaper, and highly customized prosthetic limbs, increasing accessibility and improving comfort, functionality, and healthcare outcomes for amputees.

Keywords: 3D printing; custom prosthetics; orthopaedic implants; personalized medicine; bone replacement; additive manufacturing

Reading material:

Educational Objectives

Educational Aim:

Is to help readers understand how 3D printing technology is used in designing and producing customized prosthetics and how it improves accessibility, cost, and patient outcomes in healthcare.

Educational Outcomes:
Upon completion of this module practitioners should have a clear understanding of:

  1. How 3D printing technology is used in the design and production of custom prosthetic and orthopaedic devices.
  2. The advantages of 3D printing compared with traditional prosthetic manufacturing, including reduced cost, faster production, and improved customization.
  3. The current challenges, material limitations, and regulatory considerations involved in implementing 3D-printed prosthetics in healthcare.

Instructions for this Module

  • Read the supplied reading material and complete the quiz that follows;
  • You have three attempts to pass the quiz;
  • The pass grade is 70%;
  • You need to pass the quiz to claim your CPD certificate;
  • Please click on the CPD certificate link below to claim your CPD certificate and to update your CPD Manager.

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