Effect of Changing the Parameters of the Multi Jet Fusion (MJF) Process on the Spatial Objects Produced

Abstract

This paper describes the principle of operation of Multi Jet Fusion (MFJ) technology in detail. Hybrid strength tests were carried out using an INSTRON 5967 universal testing machine controlled by the Bluehill 3 program and coupled with the ARAMIS measurement system (GOM, Gmbh), enabling the monitoring of deformations in three axes, using a system of high-speed cameras. The results are given of the static tensile test of samples in two printing modes characteristic of the MJF technology – FAST and BALANCE.

Application Use of the HP Multijet Fusion Technology in the Rapid Prototyping of Wind Turbines with a Vertical Axis of Rotation

“…Using the HP Multi Jet Fusion technology, the cost of production of one piece is PLN 14, which translates into PLN 8,400 for 600 pieces, with a delivery time of about 5 working days. Thus, in the context of the presented example, the customer saves about PLN 32,500 and 4 weeks (Cader and Kiński, 2020).…”

“…The possibility of shaping the geometry while maintaining the isotropic structure gives several additional benefits and the possibility of direct application of details to the final destination. The results regarding printouts in the above-mentioned technology presented in (Cader and Kiński, 2020) and the issues raised in (Kiński and Moczulak et. al., 2014) draw attention to quite important issues regarding the preparation of prototypes using additive manufacturing technology in research and the use of models for further experimental work, described, among others, in others in (Kosiewska et al, 2021).…”

Prototype of the Arm-Z Modular Hyper-Redundant Manipulator

“…Korpus modułu Arm-Z został zaprojektowany z myślą o wytwarzaniu na drukarkach 3D w technologii FDM/FFF. Proces produkcji polega na nanoszeniu warstwa po warstwie roztopionego materiału termoplastycznego dostarczanego najczęściej w formie drutu do głowicy [35]. Rozwiązanie to pozwala na łatwy sposób produkcji modułów, które wedle potrzeby można modyfikować (np.…”