Image-to-Implant: Essential Design and Manufacturing Considerations in Additive Manufacturing

About this webinar

3D printing gives implant designers unprecedented freedom in finding an optimal design. The medical image-based implant design approach enables the implants to be more anatomically contoured while adding porous structures and surface texture can further improve biointegration1. This is why an increasing number of medical device manufacturers are steadily and progressively embracing additive manufacturing (AM) technology for the personalization of orthopaedic implants to achieve improved design and functionality.

Join Materialise and EOS in this webinar to learn about essential design and manufacturing considerations for implementing personalized implants from image to print, cost-effectively at scale.  

What you will learn

  • How to use additive manufacturing for personalized medical implants  
  • The design and metal additive manufacturing considerations for personalized porous implants
  • How to leverage the design freedom of AM when developing a personalized porous implant 
  • How to optimize printing and post-processing with titanium alloy (Ti64 Eli) lattice structures. 
  • Cost simulation and analysis with a real business case 


Madeleine McIntyre

Business Manager (ANZ), Materialise Australia

Yeoh Choon Hong

Sales Manager (SEA, Korea, India), Materialise Malaysia

Yvonne Lim

Business Development Manager (Asia Pacific), EOS Singapore

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Materialise medical device software may not be available in all markets because product availability is subject to the regulatory or medical practices in individual markets. In countries where no regulatory registration is obtained of Mimics or 3-matic Medical, a research version is available. Please contact your Materialise representative if you have questions about the availability of Materialise medical device software in your area.

Reference: 1. Assessment of osteoinduction using a porous hydroxyapatite coating prepared by micro-arc oxidation on a new titanium alloy. Jing et al., International Journal of Surgery, 2015. L-101560-01

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