Rapid prototyping - Revision history

Editor at 16:32, 23 April 2021

2021-04-23T16:32:41Z

← Older revision		Revision as of 16:32, 23 April 2021
Line 25:		Line 25:
	* Additive manufacturing.		* Additive manufacturing.
	* Architectural reprography.		* Architectural reprography.
		+	* Case-based reasoning CBR.
	* Computer aided design CAD.		* Computer aided design CAD.
	* Computer aided manufacturing.		* Computer aided manufacturing.

Designing Buildings at 10:34, 3 January 2021

2021-01-03T10:34:53Z

← Older revision		Revision as of 10:34, 3 January 2021
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	* Types of drawings.		* Types of drawings.

−	[[Category:Articles_needing_more_work]] [[Category:~~Research_/_Innovation~~]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:Construction_techniques]] [[Category:Design]]	+	[[Category:Articles_needing_more_work]] [[Category:DCN_Commentary]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:Research_/_Innovation]] [[Category:Construction_techniques]] [[Category:Design]]

Editor at 15:42, 27 April 2020

2020-04-27T15:42:13Z

← Older revision		Revision as of 15:42, 27 April 2020
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	* Computer generated imagery (CGI).		* Computer generated imagery (CGI).
	* Concept architectural design.		* Concept architectural design.
		+	* Generative design.
	* Manual drafting techniques.		* Manual drafting techniques.
	* Printing 3D models of buildings		* Printing 3D models of buildings
	* Types of drawings.		* Types of drawings.

−	[[Category:Articles_needing_more_work]] [[Category:Research_/_Innovation]] [[Category:Construction_techniques]] [[Category:Design]]	+	[[Category:Articles_needing_more_work]] [[Category:Research_/_Innovation]] [[Category:DCN_Research,_Development_and_Innovation]] [[Category:Construction_techniques]] [[Category:Design]]

Designing Buildings at 15:35, 19 December 2019

2019-12-19T15:35:46Z

← Older revision		Revision as of 15:35, 19 December 2019
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	* It can produce small parts and cavities.		* It can produce small parts and cavities.
	* It allows issues to be corrected at the beginning of the process rather than carrying them into the final product.		* It allows issues to be corrected at the beginning of the process rather than carrying them into the final product.
−	* It 'eco-friendly' as generates less waste.	+	* It is 'eco-friendly' as it generates less waste.

	See also additive manufacturing.		See also additive manufacturing.

−	~~= Find out more =~~	+	= Related articles on Designing Buildings Wiki =
−		+
−	=== Related articles on Designing Buildings Wiki ===	+

	* Additive manufacturing.		* Additive manufacturing.

Designing Buildings: Reverted edits by 212.219.92.51 (talk) to last revision by Designing Buildings

2019-12-19T15:35:03Z

Reverted edits by 212.219.92.51 (talk) to last revision by Designing Buildings

← Older revision		Revision as of 15:35, 19 December 2019
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	[[File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg\|link=File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg]]		[[File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg\|link=File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg]]

−	A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance ~~the~~ work ~~that is completed~~.	+	A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance work done.

	An additive process – rapid prototyping uses materials such as adhesives and photopolymers – by joining particles and layers of raw materials together to create the desired shape. It differs from more traditional processes, which typically compress and subtract rather than add.		An additive process – rapid prototyping uses materials such as adhesives and photopolymers – by joining particles and layers of raw materials together to create the desired shape. It differs from more traditional processes, which typically compress and subtract rather than add.
Line 11:		Line 11:
	There are a number of benefits of rapid prototyping:		There are a number of benefits of rapid prototyping:

−	* Short turnarounds	+	* Short turnarounds.
	* Accuracy ensured before the final product is constructed.		* Accuracy ensured before the final product is constructed.
	* Cost-efficient.		* Cost-efficient.
Line 17:		Line 17:
	* It can produce small parts and cavities.		* It can produce small parts and cavities.
	* It allows issues to be corrected at the beginning of the process rather than carrying them into the final product.		* It allows issues to be corrected at the beginning of the process rather than carrying them into the final product.
−	* It 'eco-friendly' as ~~generat~~	+	* It 'eco-friendly' as generates less waste.

	See also additive manufacturing.		See also additive manufacturing.

212.219.92.51 at 14:50, 19 December 2019

2019-12-19T14:50:04Z

← Older revision		Revision as of 14:50, 19 December 2019
Line 3:		Line 3:
	[[File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg\|link=File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg]]		[[File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg\|link=File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg]]

−	A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance work ~~done~~.	+	A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance the work that is completed.

	An additive process – rapid prototyping uses materials such as adhesives and photopolymers – by joining particles and layers of raw materials together to create the desired shape. It differs from more traditional processes, which typically compress and subtract rather than add.		An additive process – rapid prototyping uses materials such as adhesives and photopolymers – by joining particles and layers of raw materials together to create the desired shape. It differs from more traditional processes, which typically compress and subtract rather than add.

212.219.92.51 at 14:44, 19 December 2019

2019-12-19T14:44:01Z

← Older revision		Revision as of 14:44, 19 December 2019
Line 11:		Line 11:
	There are a number of benefits of rapid prototyping:		There are a number of benefits of rapid prototyping:

−	* Short turnarounds.	+	* Short turnarounds
	* Accuracy ensured before the final product is constructed.		* Accuracy ensured before the final product is constructed.
	* Cost-efficient.		* Cost-efficient.
Line 17:		Line 17:
	* It can produce small parts and cavities.		* It can produce small parts and cavities.
	* It allows issues to be corrected at the beginning of the process rather than carrying them into the final product.		* It allows issues to be corrected at the beginning of the process rather than carrying them into the final product.
−	* It 'eco-friendly' as ~~generates less waste.~~	+	* It 'eco-friendly' as generat

	See also additive manufacturing.		See also additive manufacturing.

Designing Buildings at 16:26, 9 January 2018

2018-01-09T16:26:24Z

← Older revision		Revision as of 16:26, 9 January 2018
Line 1:		Line 1:
		+	To help develop this article, click 'Edit this article' above.
		+
	[[File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg\|link=File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg]]		[[File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg\|link=File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg]]
−
−	~~= Introduction =~~
−
−	In the world of engineering, creating working models and prototypes for buildings and new designs can be a case of trial and error. A 3D model can be created, then created in additive layers in order to test out this manufacturing technology.

	A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance work done.		A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance work done.

−	~~= The~~ process =	+	An additive process – rapid prototyping uses materials such as adhesives and photopolymers – by joining particles and layers of raw materials together to create the desired shape. It differs from more traditional processes, which typically compress and subtract rather than add.

−	~~An additive process – rapid prototyping uses materials such~~ as ~~adhesives~~ and ~~photopolymers~~ – it ~~differs from more traditional processes, which compress and subtract typically~~. ~~By joining particles and layers of raw materials together, rapid prototyping creates~~ the ~~desired parts that you need~~.	+	First, a virtual 3D model must be created using CAD software. This digital rendering is a simulation of the final product. The design is then converted so that the prototype can be printed as efficiently and accurately as possible – allowing the printer to interpret the design in a language it understands. Checks are needed throughout the process to ensure no mistakes are made during printing.

−	First, you must create the 3D render using CAD software in order to have a foundation to build these additive layers upon. It can be a great way to test whether or not a design may actually be functional in the long run. This digital rendering is a prediction for the final product and its abilities, so designing something with good integrity is extremely important to the whole process.	+	There are a number of benefits of rapid prototyping:
−		+
−	The design is then converted so that the prototype can be printed as efficiently and accurately as possible – allowing the printer to interpret the design in a language it understands. Checks are needed throughout the process to ensure no mistakes are made during printing.	+
−		+
−	~~= Benefits =~~	+
−		+
−	There are a number of benefits ~~regarding~~ rapid prototyping:	+

	* Short turnarounds.		* Short turnarounds.
Line 23:		Line 15:
	* Cost-efficient.		* Cost-efficient.
	* High-quality product.		* High-quality product.
		+	* It can produce small parts and cavities.
		+	* It allows issues to be corrected at the beginning of the process rather than carrying them into the final product.
		+	* It 'eco-friendly' as generates less waste.

−	Quick and inexpensive manufacturing is the key to this process and it enables the final product for projects with small parts or cavities, making a process which may take an extended period of time be developed much faster.	+	See also additive manufacturing.
−		+
−	~~If there is an issue at the very beginning of the process, it can be caught and corrected from the outset prototype rather than carrying the issues over into the final product.~~	+
−		+
−	~~It is~~ also ~~eco-friendly as it allows for less waste to be produced by the process of design and creation in its earliest stages~~.	+

	= Find out more =		= Find out more =
Line 34:		Line 25:
	=== Related articles on Designing Buildings Wiki ===		=== Related articles on Designing Buildings Wiki ===

		+	* Additive manufacturing.
	* Architectural reprography.		* Architectural reprography.
	* Computer aided design CAD.		* Computer aided design CAD.
	* Computer aided manufacturing.		* Computer aided manufacturing.
−	* Computer-generated imagery (CGI).	+	* Computer generated imagery (CGI).
	* Concept architectural design.		* Concept architectural design.
	* Manual drafting techniques.		* Manual drafting techniques.
Line 43:		Line 35:
	* Types of drawings.		* Types of drawings.

−	[[Category:Research_/_Innovation]] [[Category:Construction_techniques]] [[Category:Design]]	+	[[Category:Articles_needing_more_work]] [[Category:Research_/_Innovation]] [[Category:Construction_techniques]] [[Category:Design]]

Editor at 15:57, 17 August 2017

2017-08-17T15:57:17Z

← Older revision		Revision as of 15:57, 17 August 2017
Line 1:		Line 1:
−	[[File:~~Graphic designer using digital tablet and computer in office or iStock 000079591375 Small~~.jpg]]	+	[[File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg\|link=File:Graphic_designer_using_digital_tablet_and_computer_in_office_or_iStock_000079591375_Small.jpg]]

−	In the world of engineering, creating working models and prototypes for buildings and new designs can be a case of trial and error. A 3D model can be created, then created in additive layers in order to test out this manufacturing technology. A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance work done.	+	= Introduction =

−	The ~~Process~~	+	In the world of engineering, creating working models and prototypes for buildings and new designs can be a case of trial and error. A 3D model can be created, then created in additive layers in order to test out this manufacturing technology.
		+
		+	A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance work done.
		+
		+	= The process =

	An additive process – rapid prototyping uses materials such as adhesives and photopolymers – it differs from more traditional processes, which compress and subtract typically. By joining particles and layers of raw materials together, rapid prototyping creates the desired parts that you need.		An additive process – rapid prototyping uses materials such as adhesives and photopolymers – it differs from more traditional processes, which compress and subtract typically. By joining particles and layers of raw materials together, rapid prototyping creates the desired parts that you need.
Line 11:		Line 15:
	The design is then converted so that the prototype can be printed as efficiently and accurately as possible – allowing the printer to interpret the design in a language it understands. Checks are needed throughout the process to ensure no mistakes are made during printing.		The design is then converted so that the prototype can be printed as efficiently and accurately as possible – allowing the printer to interpret the design in a language it understands. Checks are needed throughout the process to ensure no mistakes are made during printing.

−	Benefits	+	= Benefits =

	There are a number of benefits regarding rapid prototyping:		There are a number of benefits regarding rapid prototyping:
Line 20:		Line 24:
	* High-quality product.		* High-quality product.

−	Quick and inexpensive manufacturing is the key to this process and it enables the final product for projects with small parts or cavities, making a process which may take an extended period of time be developed much faster. If there is an issue at the very beginning of the process, it can be caught and corrected from the outset prototype rather than carrying the issues over into the final product.	+	Quick and inexpensive manufacturing is the key to this process and it enables the final product for projects with small parts or cavities, making a process which may take an extended period of time be developed much faster.
		+
		+	If there is an issue at the very beginning of the process, it can be caught and corrected from the outset prototype rather than carrying the issues over into the final product.

	It is also eco-friendly as it allows for less waste to be produced by the process of design and creation in its earliest stages.		It is also eco-friendly as it allows for less waste to be produced by the process of design and creation in its earliest stages.
		+
		+	= Find out more =
		+
		+	=== Related articles on Designing Buildings Wiki ===
		+
		+	* Architectural reprography.
		+	* Computer aided design CAD.
		+	* Computer aided manufacturing.
		+	* Computer-generated imagery (CGI).
		+	* Concept architectural design.
		+	* Manual drafting techniques.
		+	* Printing 3D models of buildings
		+	* Types of drawings.
		+
		+	[[Category:Research_/_Innovation]] [[Category:Construction_techniques]] [[Category:Design]]

European Springs and Pressings Ltd: Created page with "File:Graphic designer using digital tablet and computer in office or iStock 000079591375 Small.jpg In the world of engineering, creating working models and prototypes for bu..."

2017-07-18T09:17:26Z

Created page with "File:Graphic designer using digital tablet and computer in office or iStock 000079591375 Small.jpg In the world of engineering, creating working models and prototypes for bu..."

New page

[[File:Graphic designer using digital tablet and computer in office or iStock 000079591375 Small.jpg]]

In the world of engineering, creating working models and prototypes for buildings and new designs can be a case of trial and error. A 3D model can be created, then created in additive layers in order to test out this manufacturing technology. A recent technology, since the 1980s this has been an important asset for countless industries and projects that need an extra level of rendering to enhance work done.

The Process

An additive process – rapid prototyping uses materials such as adhesives and photopolymers – it differs from more traditional processes, which compress and subtract typically. By joining particles and layers of raw materials together, rapid prototyping creates the desired parts that you need.

First, you must create the 3D render using CAD software in order to have a foundation to build these additive layers upon. It can be a great way to test whether or not a design may actually be functional in the long run. This digital rendering is a prediction for the final product and its abilities, so designing something with good integrity is extremely important to the whole process.

The design is then converted so that the prototype can be printed as efficiently and accurately as possible – allowing the printer to interpret the design in a language it understands. Checks are needed throughout the process to ensure no mistakes are made during printing.

Benefits

There are a number of benefits regarding rapid prototyping:

* Short turnarounds.
* Accuracy ensured before the final product is constructed.
* Cost-efficient.
* High-quality product.

Quick and inexpensive manufacturing is the key to this process and it enables the final product for projects with small parts or cavities, making a process which may take an extended period of time be developed much faster. If there is an issue at the very beginning of the process, it can be caught and corrected from the outset prototype rather than carrying the issues over into the final product.

It is also eco-friendly as it allows for less waste to be produced by the process of design and creation in its earliest stages.