Novel design of articulating spacer for the treatment of periprosthetic knee infection

https://expo.taiwan-healthcare.org/b2b.php?Language=English1.Use 3D printing technology based on the retrieved knee prosthesis: including “3D scanning”, “reverse engineering”, “computer-aided design” technology to optimize and improve the structure of the spacer to reduce mechanical complications.

2.Use “computer-aided manufacturing” technology to produce several sizes of trials and re-sterilized silicone molds, which simplify the surgical procedures during surgery.

3.Our study found that the “computer-aided design and manufacturing”-articulating spacer in two-staged revision of periprosthetic knee infection significantly controlled infection, improved clinical outcomes, increased range of motion, and decreased mechanical complications.

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