Showing results tagged with "Simulation"

5 Trends in 3D Printing for 2018

Stephanie Benoit
January 09, 2018

2017 has been an exciting year for the 3D printing industry, with plenty of new players appearing on the scene, as well as countless new collaborations and innovations. In such a dynamic industry, we would love to be able to simply peer into a crystal ball to see what the future will bring. Unfortunately, we don’t have a crystal ball at Materialise, but we do have many industry experts and visionaries and we’ve asked them to share their predictions for the 3D printing industry in 2018. We’ve bundled their input for you in a list of five trends we anticipate for 2018.

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Simulation Leads to More Reliable and Less Expensive Production

Kirsten Van Praet
December 22, 2017

Dr. Hendrik Schafstall explains what value simulation can bring in Metal 3D Printing, what it means to have simulation integrated within Materialise Magics and what the future of simulation looks like.

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Simulating Surgical Procedures to Analyze Closing-Wedge versus Opening-Wedge Osteotomy

Stephanie Benoit
May 12, 2016

For patients with early stages of osteoarthritis, high tibial osteotomy (HTO) can be a useful treatment option. In the closing-wedge version of this operation, a wedge of bone is cut out of the lateral side of the tibia, whereas with the opening-wedge osteotomy, a bone graft is inserted in a cut made on the medial side. Both realign the knee and relieve pressure from the joint. The closing-wedge technique is more common, but recently, the opening-wedge osteotomy has become more popular since it is less invasive and possibly results in less deformity of the proximal tibia.

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A New Method to Evaluate Hip Prostheses: Simulating Gait Cycles

Sandrine Debecker
April 25, 2016

Hip disorders such as cartilage degeneration or bone fractures are common pathologies which are often treated with prosthetic surgery. Andrea Calvo-Echenique from the University of Zaragoza, Spain investigated how to prolong the lifespan of hip prostheses, and assessed the best options by comparing different stems and bearing materials. Her goals were to reduce the wear in bearing surfaces, as well as reducing the loosening of the stem, which tends to be caused by a lack of mechanical load in the bone. She received a Mimics innovation Award for the best poster submission in 2015.

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