US Patent 10538035 Consumable scaffold for 3D printing of high-tensile-strength materials
Patent 10538035 was granted and assigned to Arevo Inc on January, 2020 by the United States Patent and Trademark Office.
All edits
Edits on 30 Oct, 2024
Golden AI
Edits made to:
Infobox (+1 properties)
Infobox
Edits on 11 Dec, 2023
Golden AI
Edits made to:
Article (+451 characters)
Article
Patent abstract
A consumable scaffold and technique for supporting an object while it is being manufactured is disclosed. The consumable scaffold comprises a base sheet and an array of pillars that are cantilevered from one side of the sheet. The consumable scaffold resembles a bed of nails. Each pillar in the array of pillars is trimmed to a desired length and the object is manufactured by fusing thermoplastic filaments to the tips of the pillars.
Edits on 26 Mar, 2023
Golden AI
Infobox
Is a
Patent Applicant
Current Assignee
Patent Jurisdiction
Patent Number
105380350
Date of Patent
January 21, 2020
0Patent Application Number
158368410
Date Filed
December 9, 2017
0Patent Citations Received
Patent Primary Examiner
Edits on 26 Sep, 2022
Golden AI
Infobox
Is a
Patent Applicant
Current Assignee
Patent Jurisdiction
Patent Number
105380350
Date of Patent
January 21, 2020
0Patent Application Number
158368410
Date Filed
December 9, 2017
0Patent Citations Received
Patent Primary Examiner
Edits on 11 Feb, 2022
Golden AI
Edits made to:
Infobox (+1 properties)
Infobox
Patent citations received
Edits on 1 Feb, 2022
Golden AI
Edits made to:
Infobox (+9 properties)
US Patent 10538035 Consumable scaffold for 3D printing of high-tensile-strength materials
Infobox
Is a
Patent applicant
Current assignee
Patent jurisdiction
Patent number
10538035
Date of patent
January 21, 2020
Patent application number
15836841
Date Filed
December 9, 2017
Patent primary examiner
Find more entities like US Patent 10538035 Consumable scaffold for 3D printing of high-tensile-strength materials
Use the Golden Query Tool to find similar entities by any field in the Knowledge Graph, including industry, location, and more.
