3DP Substitution - Revision history

Marcin at 19:55, 24 January 2017

2017-01-24T19:55:23Z

← Older revision		Revision as of 19:55, 24 January 2017
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	It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the 2016 version of the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.		It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the 2016 version of the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.

	3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.		3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item - in parallel with the rest of the development process.

Marcin at 19:54, 24 January 2017

2017-01-24T19:54:38Z

← Older revision		Revision as of 19:54, 24 January 2017
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	Replacing the plastic part with 3D printing on the home scale provides significant environmental advantages and cost savings in civilization. The environmental advantage comes primarily from the reuse of plastics - instead of throwaway plastic, all thermoplastic can be recycled by remelting and spinning into 3D Printing filament. The intent of OSE is to develop a robust capacity for plastics recycling on the home scale. This means grinding, melting, and extruding plastic - to produce 3D printed filament as well as plastic-fiber composites for plastic lumber. The cost advantage comes from free feedstocks from the local waste stream - where the production of 3D printed objects then only costs the energy of recycling and 3D printing.		Replacing the plastic part with 3D printing on the home scale provides significant environmental advantages and cost savings in civilization. The environmental advantage comes primarily from the reuse of plastics - instead of throwaway plastic, all thermoplastic can be recycled by remelting and spinning into 3D Printing filament. The intent of OSE is to develop a robust capacity for plastics recycling on the home scale. This means grinding, melting, and extruding plastic - to produce 3D printed filament as well as plastic-fiber composites for plastic lumber. The cost advantage comes from free feedstocks from the local waste stream - where the production of 3D printed objects then only costs the energy of recycling and 3D printing.

	As such, OSE puts a specific focus on 3D printing for any plastic parts that can be substituted - compared to buying these parts off the shelf. This includes greenhouse glazing, plumbing, tubing and hoses, seals and o-rings, drive belts, tires and tracks, electrical, and other useful parts - whenever possible. The goal is import substitution to locally-produced parts.		'''As such, OSE puts a specific focus on 3D printing for any plastic parts that can be substituted - compared to buying these parts off the shelf. This includes greenhouse glazing, plumbing, tubing and hoses, seals and o-rings, drive belts, tires and tracks, electrical, and other useful parts - whenever possible. The goal is import substitution to locally-produced parts.'''

	It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the 2016 version of the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.		It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the 2016 version of the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.

	3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.		3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.

Marcin at 17:39, 24 January 2017

2017-01-24T17:39:20Z

← Older revision		Revision as of 17:39, 24 January 2017
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	Broadly speaking, the human-manufactured part of civilization is 1/3 ~~steel~~, 1/3 plastic, and 1/3 ceramic.		Broadly speaking, the human-manufactured part of civilization is 1/3 metal, 1/3 plastic, and 1/3 ceramic.

	Replacing the plastic part with 3D printing on the home scale provides significant environmental advantages and cost savings in civilization. The environmental advantage comes primarily from the reuse of plastics - instead of throwaway plastic, all thermoplastic can be recycled by remelting and spinning into 3D Printing filament. The intent of OSE is to develop a robust capacity for plastics recycling on the home scale. This means grinding, melting, and extruding plastic - to produce 3D printed filament as well as plastic-fiber composites for plastic lumber. The cost advantage comes from free feedstocks from the local waste stream - where the production of 3D printed objects then only costs the energy of recycling and 3D printing.		Replacing the plastic part with 3D printing on the home scale provides significant environmental advantages and cost savings in civilization. The environmental advantage comes primarily from the reuse of plastics - instead of throwaway plastic, all thermoplastic can be recycled by remelting and spinning into 3D Printing filament. The intent of OSE is to develop a robust capacity for plastics recycling on the home scale. This means grinding, melting, and extruding plastic - to produce 3D printed filament as well as plastic-fiber composites for plastic lumber. The cost advantage comes from free feedstocks from the local waste stream - where the production of 3D printed objects then only costs the energy of recycling and 3D printing.

Marcin at 20:56, 4 December 2016

2016-12-04T20:56:32Z

← Older revision		Revision as of 20:56, 4 December 2016
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	Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 plastic, and 1/3 ceramic.		Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 plastic, and 1/3 ceramic.

	Replacing the plastic part with 3D printing on the home scale provides significant environmental advantages and cost savings in civilization. The environmental advantage comes primarily from the reuse of plastics - instead of throwaway plastic, all thermoplastic can be recycled by remelting and spinning into 3D Printing filament.		Replacing the plastic part with 3D printing on the home scale provides significant environmental advantages and cost savings in civilization. The environmental advantage comes primarily from the reuse of plastics - instead of throwaway plastic, all thermoplastic can be recycled by remelting and spinning into 3D Printing filament. The intent of OSE is to develop a robust capacity for plastics recycling on the home scale. This means grinding, melting, and extruding plastic - to produce 3D printed filament as well as plastic-fiber composites for plastic lumber. The cost advantage comes from free feedstocks from the local waste stream - where the production of 3D printed objects then only costs the energy of recycling and 3D printing.

	~~Thus~~, OSE puts a specific focus on 3D printing for any plastic parts that can be substituted - compared to buying these parts off the shelf. This includes greenhouse glazing, plumbing, tubing and hoses, seals and o-rings, drive belts, tires and tracks, electrical, and other useful parts - whenever possible. The goal is import substitution to locally-produced parts.		As such, OSE puts a specific focus on 3D printing for any plastic parts that can be substituted - compared to buying these parts off the shelf. This includes greenhouse glazing, plumbing, tubing and hoses, seals and o-rings, drive belts, tires and tracks, electrical, and other useful parts - whenever possible. The goal is import substitution to locally-produced parts.

	It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.		It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the 2016 version of the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.

	3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.		3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.

Marcin at 20:53, 4 December 2016

2016-12-04T20:53:23Z

← Older revision		Revision as of 20:53, 4 December 2016
Line 1:		Line 1:
	Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 is plastic, and 1/3 is ceramic.		Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 plastic, and 1/3 ceramic.

	Replacing the plastic part with 3D printing on the home scale provides significant cost savings in civilization~~'s cost~~ of ~~living~~. Thus, OSE puts a specific focus on 3D printing for any plastic parts~~, such as~~ greenhouse glazing, plumbing, electrical, and other useful parts whenever possible. The goal is import substitution to locally-produced ~~variants~~.		Replacing the plastic part with 3D printing on the home scale provides significant environmental advantages and cost savings in civilization. The environmental advantage comes primarily from the reuse of plastics - instead of throwaway plastic, all thermoplastic can be recycled by remelting and spinning into 3D Printing filament.

			Thus, OSE puts a specific focus on 3D printing for any plastic parts that can be substituted - compared to buying these parts off the shelf. This includes greenhouse glazing, plumbing, tubing and hoses, seals and o-rings, drive belts, tires and tracks, electrical, and other useful parts - whenever possible. The goal is import substitution to locally-produced parts.

	It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.		It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.

	3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.		3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.

Marcin at 20:37, 4 December 2016

2016-12-04T20:37:21Z

← Older revision		Revision as of 20:37, 4 December 2016
Line 1:		Line 1:
	Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 is plastic, and 1/3 is ceramic.		Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 is plastic, and 1/3 is ceramic.

	Replacing the plastic part with 3D printing on the home scale provides significant cost savings in civilization's cost of living. Thus, OSE puts a specific focus on 3D printing for ~~all~~ of ~~its products~~.		Replacing the plastic part with 3D printing on the home scale provides significant cost savings in civilization's cost of living. Thus, OSE puts a specific focus on 3D printing for any plastic parts, such as greenhouse glazing, plumbing, electrical, and other useful parts whenever possible. The goal is import substitution to locally-produced variants.

			It is estimated that a high-performing 3D printer could print about $4k of otherwise purchased materials for the [[Seed Eco-Home]] - at a cost of about 1/10th of the off-shelf value.

			3DP substitution is a separate item in the [[Development Template]]- where a team of OSE Developers can tackle this task as a separate, important item.

Marcin: Created page with "Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 is plastic, and 1/3 is ceramic. Replacing the plastic part with 3D printing on the home scale..."

2016-12-04T20:25:30Z

Created page with "Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 is plastic, and 1/3 is ceramic. Replacing the plastic part with 3D printing on the home scale..."

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Broadly speaking, the human-manufactured part of civilization is 1/3 steel, 1/3 is plastic, and 1/3 is ceramic.

Replacing the plastic part with 3D printing on the home scale provides significant cost savings in civilization's cost of living. Thus, OSE puts a specific focus on 3D printing for all of its products.