Abstract
This article presents new approaches of increasing the efficiency of FDM/FFF printing technology through the introduction of modifications to the form of filament and to the feeding mechanism. Currently used solutions and innovativeness of proposed concepts are discussed in the paper. A new approach concerning the modification of the filament form was presented in descriptive and graphic way. Moreover, constructional solutions of individual components of the patented (patent PL 224144 B1) filament feeding mechanism including a description of its operation were proposed.
Highlights
This article presents new approaches of increasing the efficiency of FDM/FFF printing technology through the introduction of modifications to the form of filament and to the feeding mechanism
Currently used solutions and innovativeness of proposed concepts are discussed in the paper
A new approach concerning the modification of the filament form was presented in descriptive
Summary
This article presents new approaches of increasing the efficiency of FDM/FFF printing technology through the introduction of modifications to the form of filament and to the feeding mechanism. W niniejszym artykule przedstawiono innowacyjne rozwiązania dotyczące postaci materiału budulcowego do druku w technologii FDM/FFF (fused deposition modelling/fused filament fabrication) oraz mechanizmu podawania tego materiału. Technologia FDM/FFF to technologia druku 3D, w której materiał bazowy, nazywany filamentem, jest wprowadzany za pomocą ekstrudera do głowicy drukującej.
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