Using integrated manufacturing processes with soft constituent materials, a new paradigm of soft, smart surgical devices can be realized to drastically reduce complication risks and enable safer procedures. We have designed, prototyped, and tested a ‘soft’, atraumatic, deployable surgical grasper that can be used during robolaparoscopic surgery to provide a safe, compliant intermediary between delicate organs and the sharp, rigid robotic forceps that are used to grasp and manipulate these organs on an ad-hoc basis. Multi-jointed, conformable fingers with embedded pressure sensors can conform to complicated geometry, thereby distributing forces and providing an inherently safe means of manipulating and retracting anatomy.
https://asmejmr.org/wp-content/uploads/2016/05/Shape-Deposition-Manufacturing-of-a-Soft-Atraumatic-and-Deployable-Surgical-Grasper-1.jpeg 720 1280 asme-admin /wp-content/uploads/2016/08/blank-180x180.png asme-admin2015-05-01 19:06:242016-10-10 14:52:55Shape Deposition Manufacturing of a Soft, Atraumatic, and Deployable Surgical Grasper
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