The COVID – 19 virus, which spread rapidly all over the world, was accepted as a pandemic by the World Health Organization (WHO) on 12th March 2020. Since March, many projects including 3D printers were proposed in a short period of time like two months, medical device parts and personal protective equipment were produced. 3D printers have become an important source of innovation in terms of production technologies. This new technology known as additive manufacturing; It is defined as the process of producing desired objects by adding materials layer by layer using 3D digital model data of the product. Special clothing and equipment worn to protect health employees are called Personal Protective Equipment (PPE). The most widely used PPE types in the field of health are gloves, gowns, masks / respirators, glasses and face shields. Face shields; prevent particles, saliva, dust and similar small objects from coming to your face (eyes, mouth, nose). During the pandemic period, as with other protective equipment, there were supply problems in face shields. To solve this problem 3D printers can be efficient. Numerous open source designs and projects have been developed for face shields. This study concerns on the production of face shields with 3D printer. Numerous face shield designs shared as open source have been examined. Produced using different printers, these face shields were compared by time and quality. Also, the effects of different types of 3D printers and software on the production speed of face shields were evaluated.