Invention Application
- Patent Title: NON-COAXIAL ROTATING TURNTABLES FOR ADDITIVE MANUFACTURING
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Application No.: US17623847Application Date: 2020-07-01
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Publication No.: US20220212263A1Publication Date: 2022-07-07
- Inventor: Alton Hugh Phillips , Patrick Shih Chang , Michael Birk Binnard , Matthew Rosa , Serhad Ketsamanian , Lexian Guo , Brett William Herr , Eric Peter Goodwin , Johnathan Agustin Marquez , Matthew Parker-McCormick Bjork , Paul Derek Coon , Motofusa Ishikawa
- Applicant: Nikon Corporation
- Applicant Address: JP Tokyo
- Assignee: Nikon Corporation
- Current Assignee: Nikon Corporation
- Current Assignee Address: JP Tokyo
- International Application: PCT/US20/40391 WO 20200701
- Main IPC: B22F12/37
- IPC: B22F12/37 ; B33Y30/00 ; B33Y50/02 ; B22F10/85 ; B22F12/90 ; B22F12/00 ; B23K26/342 ; B23K26/08

Abstract:
To improve the operation of 3D printing systems, techniques are disclosed for a rotary 3D printer comprising: a main rotating support table rotating about a first axis and one or more secondary support tables rotating around a non-coaxial secondary axis; a powder supply assembly for distributing powder onto the tables; and an energy system for directing an energy beam at the powder to form a part. The main support table and secondary support tables can rotate in the same or opposite directions.
Disclosed techniques include: grooved support table surfaces for improving stability of applied powder; reciprocating bellows for controlling a differential load on actuators that move the support tables; high temperature bearings or bushings for supporting rotary motion at high temperatures; and a mechanism for counterbalancing a weight of the part being built.
Disclosed techniques include: grooved support table surfaces for improving stability of applied powder; reciprocating bellows for controlling a differential load on actuators that move the support tables; high temperature bearings or bushings for supporting rotary motion at high temperatures; and a mechanism for counterbalancing a weight of the part being built.
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