Thanks to the collaboration between LiEBAU orthopädietechnik GmbH and priomold GmbH, a 3D printed prosthesis was produced for a young boy after a leg amputation.
The specialists at LiEBAU orthopädietechnik GmbH commissioned priomold GmbH to produce an innovative 3D prosthesis for a brave young boy. Weighing only 90 grams, the prosthesis is the lightest of its kind that LiEBAU has ever produced.
This small 3D printed prosthesis replaces the boy's foot, which unfortunately had to be removed. We are proud to have enabled the first steps with our prosthesis. It fills us with joy and satisfaction to see him start his new life. We wish him all the best and promise to accompany and support him on his way through life and above all to always give him 'legs'," says Karl Lippert from LiEBAU orthopädietechnik GmbH.
The 3D prosthesis for toddlers was created using state-of-the-art technology and skilled craftsmanship. The combination of advanced scanning technology, selective laser sintering (SLS 3D printing), HTV silicones, and a BOA closure allows the little boy to be mobile and actively participate in social life. Of particular note is the environmentally friendly manufacturing process that produces zero waste. The PA11 material used is also based on renewable resources, making the prosthesis a sustainable and environmentally friendly solution. PA11 is also very suitable for prosthetic manufacturing because it does not splinter when the material breaks.
SLS 3D printing can also be used to quickly and cost-effectively produce replacements if the prosthesis is damaged or if a larger prosthesis is required.
"The progress and participation in life made possible by such innovations is inspiring to all of us. We hope the little patient has a lot of fun with it," says Felix Parsch, Head of Additive Manufacturing at priomold GmbH.
The successful collaboration between LiEBAU orthopädietechnik GmbH and priomold GmbH shows how innovative 3D printing technology can improve people's quality of life. This step marks a milestone in the development of prostheses for children and promises a promising future for the cooperation between medical care and state-of-the-art technology.
The specialists at LiEBAU orthopädietechnik GmbH commissioned priomold GmbH to produce an innovative 3D prosthesis for a brave young boy. Weighing only 90 grams, the prosthesis is the lightest of its kind that LiEBAU has ever produced.
This small 3D printed prosthesis replaces the boy's foot, which unfortunately had to be removed. We are proud to have enabled the first steps with our prosthesis. It fills us with joy and satisfaction to see him start his new life. We wish him all the best and promise to accompany and support him on his way through life and above all to always give him 'legs'," says Karl Lippert from LiEBAU orthopädietechnik GmbH.
The 3D prosthesis for toddlers was created using state-of-the-art technology and skilled craftsmanship. The combination of advanced scanning technology, selective laser sintering (SLS 3D printing), HTV silicones, and a BOA closure allows the little boy to be mobile and actively participate in social life. Of particular note is the environmentally friendly manufacturing process that produces zero waste. The PA11 material used is also based on renewable resources, making the prosthesis a sustainable and environmentally friendly solution. PA11 is also very suitable for prosthetic manufacturing because it does not splinter when the material breaks.
SLS 3D printing can also be used to quickly and cost-effectively produce replacements if the prosthesis is damaged or if a larger prosthesis is required.
"The progress and participation in life made possible by such innovations is inspiring to all of us. We hope the little patient has a lot of fun with it," says Felix Parsch, Head of Additive Manufacturing at priomold GmbH.
The successful collaboration between LiEBAU orthopädietechnik GmbH and priomold GmbH shows how innovative 3D printing technology can improve people's quality of life. This step marks a milestone in the development of prostheses for children and promises a promising future for the cooperation between medical care and state-of-the-art technology.
