rus
Issue #5/2022
D. S. Trubashevskiy
Eppur si muove or Forget Everything You Knew About Classic 3D Printing
Eppur si muove or Forget Everything You Knew About Classic 3D Printing
DOI: 10.22184/1993-7296.FRos.2022.16.5.358.368
The main goal of additive manufacturing (AM) is to significantly increase the full-scale production capacity. The dynamic development of additive technologies (AT) is related to the prospects for its automation when integrating into the machine designs of the modular layout arrangements. The layouts are considered where the workbench is an important element for production automation and performance improvement of the entire process system. The usage of a round table with polar coordinates can affect the AM capacity. Various ATs are considered, including MJM, STEP, MoldJet, HSR, in order to demonstrate application of such workbenches.
Tags: 3d printers 3d printing 3d printing of electronic components 3d-печать 3d-печать электронных компонентов 3d-принтеры additive manufacturing additive technologies automation cartesian reference system full-scale production multi-materiality piezoelectric heads polar coordinate system robotic process automation rotational 3d printing wearable electronics автоматизация аддитивное производство аддитивные технологии декартовая система координат мультиматериальность носимая электроника полярная система координат пьезоэлектрические головки роботизация ротационная 3d-печать серийное производство
Subscribe to the journal Photonics Russia to read the full article.
The main goal of additive manufacturing (AM) is to significantly increase the full-scale production capacity. The dynamic development of additive technologies (AT) is related to the prospects for its automation when integrating into the machine designs of the modular layout arrangements. The layouts are considered where the workbench is an important element for production automation and performance improvement of the entire process system. The usage of a round table with polar coordinates can affect the AM capacity. Various ATs are considered, including MJM, STEP, MoldJet, HSR, in order to demonstrate application of such workbenches.
Tags: 3d printers 3d printing 3d printing of electronic components 3d-печать 3d-печать электронных компонентов 3d-принтеры additive manufacturing additive technologies automation cartesian reference system full-scale production multi-materiality piezoelectric heads polar coordinate system robotic process automation rotational 3d printing wearable electronics автоматизация аддитивное производство аддитивные технологии декартовая система координат мультиматериальность носимая электроника полярная система координат пьезоэлектрические головки роботизация ротационная 3d-печать серийное производство
Subscribe to the journal Photonics Russia to read the full article.
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