Limits of Distributed Manufacturing - Revision history

Marcin: /* Anna Waldman-Brown */

2019-09-24T17:37:51Z

Anna Waldman-Brown

← Older revision		Revision as of 17:37, 24 September 2019
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	*Anna Waldman-Brown's critique - See [[Nathan Parker]]		*Anna Waldman-Brown's critique - See [[Nathan Parker]]
	*[[Matthew Hotsko]]-		*[[Matthew Hotsko]]-
			*[[Wael Khalil]]
			*[[Joshua Pearce on 3D Printing]]
	=Comment		=Comment

Marcin: /* Anna Waldman-Brown */

2019-09-24T17:20:27Z

Anna Waldman-Brown

← Older revision		Revision as of 17:20, 24 September 2019
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	=Anna Waldman-Brown=		=Anna Waldman-Brown=
	See [[Nathan Parker]]		*Anna Waldman-Brown's critique - See [[Nathan Parker]]
			*[[Matthew Hotsko]]-
			=Comment

	=Links=		=Links=

Marcin at 17:53, 23 September 2019

2019-09-23T17:53:45Z

← Older revision		Revision as of 17:53, 23 September 2019
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	#Lack of proven open source filament production/recycling infrastructure know-how		#Lack of proven open source filament production/recycling infrastructure know-how
	#Lack of a rubber-optimized 3D printer extruder for 3mm filament, to access rubber tires and other flexible prints.		#Lack of a rubber-optimized 3D printer extruder for 3mm filament, to access rubber tires and other flexible prints.

			=Anna Waldman-Brown=
			See [[Nathan Parker]]

	=Links=		=Links=

Marcin at 17:40, 21 September 2019

2019-09-21T17:40:54Z

← Older revision		Revision as of 17:40, 21 September 2019
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	Here are comments on the shortcomings of the maker movement, hackerspaces, fab lbas, and mainstream enterprise in terms of economic impact in distributed manufacturing:		Here are comments on the shortcomings of the maker movement, hackerspaces, fab lbas, and mainstream enterprise in terms of economic impact in distributed manufacturing:
	#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. [[OSE Part ~~Libray~~]] included - we're missing the last steps of distributed production engineering which we are just now completing.		#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. [[OSE Part Library]] included - we're missing the last steps of distributed production engineering which we are just now completing.
	#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.		#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.
	#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source.		#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source.

Marcin at 17:40, 21 September 2019

2019-09-21T17:40:45Z

← Older revision		Revision as of 17:40, 21 September 2019
Line 1:		Line 1:
	Here are comments on the shortcomings of the maker movement, hackerspaces, fab lbas, and mainstream enterprise in terms of economic impact in distributed manufacturing:		Here are comments on the shortcomings of the maker movement, hackerspaces, fab lbas, and mainstream enterprise in terms of economic impact in distributed manufacturing:
	#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE ~~stuff~~ included - we're missing the last steps of distributed production engineering which we are just now completing. ~~For example,~~		#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. [[OSE Part Libray]] included - we're missing the last steps of distributed production engineering which we are just now completing.
	#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.		#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.
	#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source. ~~For example,~~		#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source.
	#'''Productization Gaps:''' Marketing and distribution infrastructures have not been developed for open source products. OSE is working on addressing this with the STEAM Camps ~~and~~ Incentive Challenges.		#'''Productization Gaps:''' Marketing and distribution infrastructures have not been developed for open source products. OSE is working on addressing this with the creation of the [[Open Source Everything Store]] via STEAM Camps, Incentive Challenges, and real-life Extreme Builds for prototyping.
	#'''Education Gaps:''' Open source toolchain training is missing, so many people don't have access to . [[Fab Academy]] comes close, but they rely ~~primarily~~ on proprietary toolchains. ~~We're working to address this with~~ the ~~STEAM Camps~~.		#'''Education Gaps:''' Open source toolchain training is missing, so many people don't have access to. [[Fab Academy]] comes close, but they rely on proprietary toolchains for production. The open source green fab lab is the next step.

	Specifically for 3D printing technology:		Specifically for 3D printing technology:
	#Absence of open source 3D printers with high-temperature (170C) print chamber		#Absence of open source 3D printers with high-temperature (170C) print chamber
	#Lack of ~~reliable~~ open source filament production/recycling infrastructure ~~knowhow~~		#Lack of proven open source filament production/recycling infrastructure know-how
	#Lack of a rubber-optimized 3D printer extruder for 3mm filament		#Lack of a rubber-optimized 3D printer extruder for 3mm filament, to access rubber tires and other flexible prints.

	=Links=		=Links=

Marcin at 17:37, 21 September 2019

2019-09-21T17:37:34Z

← Older revision		Revision as of 17:37, 21 September 2019
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	Here are comments on the shortcomings of the maker movement (and ~~traditional industry)~~ in terms of economic impact in distributed manufacturing:		Here are comments on the shortcomings of the maker movement, hackerspaces, fab lbas, and mainstream enterprise in terms of economic impact in distributed manufacturing:
	#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE stuff included - we're missing the last steps of distributed production engineering which we are just now completing. For example,		#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE stuff included - we're missing the last steps of distributed production engineering which we are just now completing. For example,
	#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.		#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.
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	=Links=		=Links=
	*[[Fab Lab Connect]]		*[[Fab Lab Connect]]
			*[[Entrepreneurial Society]]
			*[[From Scalable Efficiency to Scalable Learning]]

Marcin at 21:22, 20 September 2019

2019-09-20T21:22:38Z

← Older revision		Revision as of 21:22, 20 September 2019
Line 2:		Line 2:
	#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE stuff included - we're missing the last steps of distributed production engineering which we are just now completing. For example,		#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE stuff included - we're missing the last steps of distributed production engineering which we are just now completing. For example,
	#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.		#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.
	#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source.		#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source. For example,
	#'''Productization Gaps:''' Marketing and distribution infrastructures have not been developed for open source products. OSE is working on addressing this with the STEAM Camps and Incentive Challenges.		#'''Productization Gaps:''' Marketing and distribution infrastructures have not been developed for open source products. OSE is working on addressing this with the STEAM Camps and Incentive Challenges.
	#'''Education Gaps:''' Open source toolchain training is missing, so many people don't have access to . [[Fab Academy]] comes close, but they rely primarily on proprietary toolchains. We're working to address this with the STEAM Camps.		#'''Education Gaps:''' Open source toolchain training is missing, so many people don't have access to . [[Fab Academy]] comes close, but they rely primarily on proprietary toolchains. We're working to address this with the STEAM Camps.
Line 12:		Line 12:

	=Links=		=Links=
	*~~Fablab~~ Connect ~~- [https://www.fablabconnect.com/award/fab-replication-grant-requirements/~~] ~~- can get grants, but projects are not open source.~~		*[[Fab Lab Connect]]

Marcin at 21:20, 20 September 2019

2019-09-20T21:20:40Z

← Older revision		Revision as of 21:20, 20 September 2019
Line 10:		Line 10:
	#Lack of reliable open source filament production/recycling infrastructure knowhow		#Lack of reliable open source filament production/recycling infrastructure knowhow
	#Lack of a rubber-optimized 3D printer extruder for 3mm filament		#Lack of a rubber-optimized 3D printer extruder for 3mm filament

			=Links=
			*Fablab Connect - [https://www.fablabconnect.com/award/fab-replication-grant-requirements/] - can get grants, but projects are not open source.

Marcin at 21:11, 20 September 2019

2019-09-20T21:11:38Z

← Older revision		Revision as of 21:11, 20 September 2019
Line 1:		Line 1:
	Here are comments on the shortcomings of the maker movement (and traditional industry) in terms of economic impact:		Here are comments on the shortcomings of the maker movement (and traditional industry) in terms of economic impact in distributed manufacturing:
	#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE stuff included - we're missing the last steps of distributed production engineering which we are just now completing.		#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE stuff included - we're missing the last steps of distributed production engineering which we are just now completing. For example,
	#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.		#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.
	#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source.		#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source.

Marcin: Created page with "Here are comments on the shortcomings of the maker movement (and traditional industry) in terms of economic impact: #'''Lack of quality curated design repositories:''' There a..."

2019-09-20T21:07:13Z

Created page with "Here are comments on the shortcomings of the maker movement (and traditional industry) in terms of economic impact: #'''Lack of quality curated design repositories:''' There a..."

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Here are comments on the shortcomings of the maker movement (and traditional industry) in terms of economic impact:
#'''Lack of quality curated design repositories:''' There are few to none good open product designs that can be produced readily with well-documented or replicable open source production engineering. OSE stuff included - we're missing the last steps of distributed production engineering which we are just now completing.
#'''Lack of uniform production engineering using open source tools:''' There are few to none (depending on how the industrial grade of a tool is measured) quality open source, replicable tools that get you to the industrial productivity on a small scale. For example, the 3D printer still needs a high temperature enclosure (170C) and a rubber-optimized 3mm extruder for 3D printers to access industrial productivity.
#'''Enclosure:''' Commons enclosure of projects once they reach a productization stage. Once people develop products, many are no longer open source.
#'''Productization Gaps:''' Marketing and distribution infrastructures have not been developed for open source products. OSE is working on addressing this with the STEAM Camps and Incentive Challenges.
#'''Education Gaps:''' Open source toolchain training is missing, so many people don't have access to . [[Fab Academy]] comes close, but they rely primarily on proprietary toolchains. We're working to address this with the STEAM Camps.

Specifically for 3D printing technology:
#Absence of open source 3D printers with high-temperature (170C) print chamber
#Lack of reliable open source filament production/recycling infrastructure knowhow
#Lack of a rubber-optimized 3D printer extruder for 3mm filament