Development of Medical Props Production Towards Industry 4.0

Abstract

The use of medical props is very important in education as well as on the general public. This paper aims to identify the development of medical props production towards industry 4.0. The model and data are taken from the actual manufacturing process by using Invesalius software, Cura software, 3D printer, and the data are transfered manually using human and media SD-Card. The simulation uses Arena software (student version) to find utilization for every process. The result show that the bottleneck processes, with high utilization, are solidification process with Invesalius software and printing process with 3D Printer. Developing medical props process towards Industry 4.0, we use artificial intelegent (especially neural network algorithm) to combine solidification, slicing and make GCode process. Transfer data, with human movement process, can be change with internet of things. For loading material and unloading product from 3D printer, we can use robot arm.