yasaman Hasanpour Esfahlan - Yasaman Hasanpour, Sharif University of Technology, International Campus, Faculty of Engineering, Kish Island, Iran;
mahmoud houshmand - Mahmoud Houshmand, Sharif University of Technology, Industrial Engineering Department, Iran,

The purpose of this project is to optimize the design and manufacture of medical orthoses. In this regard,the business model canvas was used and was able to define a general framework for the orthosis system in the cloud. In the cloud, as a service, provide patients with services such as personalized orthoses with lower cost and high speed of sending orthoses (while not having to go back to the lab), to service doctors such as information sourcing and full expectations of treatment plan and represent cost effectiveness for laboratory. These values were determined through the business model canvas in the value proposition section. Other important services and requirements in this system have been identified throughout the rest of the business model. Then, to illustrate the design and manufacturing process, a mannequin was scanned by a 3D Sense scanner, the anatomy of the mannequin was interpreted, the necessary changes were applied to the Solid Work, and a scanned waist orthosis was designed using an axiomatic design. Finally, the orthosis was produced using 3D printing at Sharif University. The DFDs of the line phase (1: treatment plan, 2: interpretation of geometry in patient’s anatomy, 3: process planning, 4: making orthosis) of system were also drawn to represent data flow and processing. Finally, compared to the traditional method, the orthosis was produced without waste row material and lower cost and time.

Orthosis, Business Model CANVAS, 3D Printer, Axiomatic Design theory (AD), Boston brace