Desmond M D'Souza

Title: Innovations of Desmond M D'Souza in Additive Manufacturing

Introduction

Desmond M D'Souza is an innovative inventor based in Columbus, OH (US). He has made significant contributions to the field of additive manufacturing, particularly through his work involving robotic arms. His inventive spirit and dedication to advancing technology have led to the development of unique methods that enhance manufacturing processes.

Latest Patents

Desmond M D'Souza holds a patent for "Additive manufacturing methods utilizing a robotic arm." This patent outlines methods for freeform extrusion-based additive manufacturing via a robotic arm. The methods are particularly designed for minimally invasive, intracorporeal three-dimensional printing of biocompatible materials. The end effector of the robotic arm includes a sharp member and a reservoir filled with a printing material. The method involves piercing a substrate with the sharp member and extruding a bulb or microbolus of material beneath the substrate surface to act as an anchor. The end effector is manipulated to extrude biomaterial along a printing path, creating additional anchors as needed. This innovative approach allows for the formation of single or multiple layers on top of the initial base layer anchored to the substrate.

Career Highlights

Desmond M D'Souza is associated with the Ohio State Innovation Foundation, where he continues to explore and develop new technologies. His work in additive manufacturing has positioned him as a notable figure in the field, contributing to advancements that could revolutionize medical and manufacturing applications.

Collaborations

Desmond collaborates with David John Hoelzle, working together to push the boundaries of additive manufacturing technology. Their combined expertise fosters an environment of innovation and creativity.

Conclusion

Desmond M D'Souza's contributions to additive manufacturing through his patented methods demonstrate his commitment to innovation and technology. His work not only enhances manufacturing processes but also opens new avenues for biocompatible material applications.