Analysis Of Co2 Sensor Enclosure Prototype Using 3d Print Resin Prusa Sl1 With Standard Resin Materials

Abstract

3D Printing is a technological development in the world of manufacturing. 3D Printing is a printer capable of printing three-dimensional objects, the advantage of 3D Printing is that it is very possible to create various complex patterns. Related to this definition, 3D printing can have an important function in the world of manufacturing. In making a product on a 3D printing resin type machine, the main ingredients used are standard resins and other types of resins. This research discusses how the CO2 sensor enclosure uses 3D printed resin to become a product. The final results of this study are to show the results of the product from the Prusa SL1 3D Print Resin machine with the materials used as standard resin, but the resulting product is defective because the components of the 3D printed resin machine have a working time of 500 hours, if it exceeds 500 hours it will experience defects on the product. In addition, standard resin type materials are not suitable for use with compressive or tensile forces because these materials have the characteristic of being very brittle when given a large enough pressure.