Part Count Comparison to Other Printers - Revision history

Marcin: /* Part Count Analysis */

2019-12-26T12:29:07Z

Part Count Analysis

← Older revision		Revision as of 12:29, 26 December 2019
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	The Moarstruder is a case where 117 unique parts are found in its Bill of Materials, with a total of 176 parts. See [[File:moarstruderBOM.ods]]. For comparison, the D3D Universal extruder BOM ([[D3D_Universal#BOM]]) has 22 unique parts, and 28 parts in total. This is a 5x lower unique part count, and a 6x lower total part count.		The Moarstruder is a case where 117 unique parts are found in its Bill of Materials, with a total of 176 parts. See [[File:moarstruderBOM.ods]]. For comparison, the D3D Universal extruder BOM ([[D3D_Universal#BOM]]) has 22 unique parts, and 28 parts in total. This is a 5x lower unique part count, and a 6x lower total part count.

	'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because ~~its design~~ is ~~in-house fabricated~~, robust, and simple.		'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because it is easy to build, robust, and simple.

	Now let's ~~tak~~ a look at the master BOM for the Lulzbot enterprise across product lines - which emphasizes the part count bloat of a quality product. There are about 4000 parts in the Lulzbot Master BOM ncluding parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line ~~at present~~. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.		Now let's take a look at the master BOM for the Lulzbot enterprise across product lines - which emphasizes the part count bloat of a quality product. There are about 4000 parts in the Lulzbot Master BOM ncluding parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the current OSE unique part count is about 70 for its total 3D printer product line. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Ours is a no-frills design. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.

Marcin: /* Part Count Analysis */

2019-12-16T07:55:06Z

Part Count Analysis

← Older revision		Revision as of 07:55, 16 December 2019
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	'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because its design is in-house fabricated, robust, and simple.		'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because its design is in-house fabricated, robust, and simple.

	Now let's tak a look at the master BOM for the Lulzbot enterprise across product lines - which emphasizes the part count bloat of a quality product. There are about 4000 parts ~~for MBOM including~~ parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line at present. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.		Now let's tak a look at the master BOM for the Lulzbot enterprise across product lines - which emphasizes the part count bloat of a quality product. There are about 4000 parts in the Lulzbot Master BOM ncluding parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line at present. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.

Marcin: /* Part Count Analysis */

2019-12-16T07:53:47Z

Part Count Analysis

← Older revision		Revision as of 07:53, 16 December 2019
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	'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because its design is in-house fabricated, robust, and simple.		'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because its design is in-house fabricated, robust, and simple.

	Now let's tak a look at the master BOM for the Lulzbot enterprise across product lines. There are about 4000 parts for MBOM including parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line at present. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.		Now let's tak a look at the master BOM for the Lulzbot enterprise across product lines - which emphasizes the part count bloat of a quality product. There are about 4000 parts for MBOM including parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line at present. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.

Marcin: /* Part Count Analysis */

2019-12-16T07:52:41Z

Part Count Analysis

← Older revision		Revision as of 07:52, 16 December 2019
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	The case of Moarstruder, and of Lulzbot in general, is a fascinating study that emphasizes the utter simplicity of OSE design. OSE's goal is to make the simplest, lowest part count machines in the world - as we believe that the best designs are as simple as possible. Simplicity has a high impact on lifetime design: simple things can be maintained or repaired easily - thus contributing significantly to lifetime design.		The case of Moarstruder, and of Lulzbot in general, is a fascinating study that emphasizes the utter simplicity of OSE design. OSE's goal is to make the simplest, lowest part count machines in the world - as we believe that the best designs are as simple as possible. Simplicity has a high impact on lifetime design: simple things can be maintained or repaired easily - thus contributing significantly to lifetime design.

	The Moarstruder is a case where 117 unique parts are found in its Bill of Materials, with a total of 176 parts. See [[File:moarstruderBOM.ods]]. For comparison, the D3D Universal extruder BOM has 22 unique parts, and 28 parts in total. This is a 5x lower unique part count, and a 6x lower total part count.		The Moarstruder is a case where 117 unique parts are found in its Bill of Materials, with a total of 176 parts. See [[File:moarstruderBOM.ods]]. For comparison, the D3D Universal extruder BOM ([[D3D_Universal#BOM]]) has 22 unique parts, and 28 parts in total. This is a 5x lower unique part count, and a 6x lower total part count.

	'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because its design is in-house fabricated, robust, and simple.		'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because its design is in-house fabricated, robust, and simple.

	Now let's tak a look at the master BOM for the Lulzbot enterprise across product lines. There are about 4000 parts for MBOM including parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line at present. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.		Now let's tak a look at the master BOM for the Lulzbot enterprise across product lines. There are about 4000 parts for MBOM including parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line at present. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.

Marcin: /* Introduction */

2019-12-16T07:51:49Z

Introduction

← Older revision		Revision as of 07:51, 16 December 2019
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	The Lulzbot 3D printer is an open source, production grade workhorse 3D printer that serves as a good benchmark for 3D printer extrusion rates. The Lulzbot [[Moarstruder]] is a fast-printing toolhead option for the Lulzbot line of printers, and it serves as an interesting benchmark for analyzing the part count of 3D printers.		The Lulzbot 3D printer is an open source, production grade workhorse 3D printer that serves as a good benchmark for 3D printer extrusion rates. The Lulzbot [[Moarstruder]] is a fast-printing toolhead option for the Lulzbot line of printers, and it serves as an interesting benchmark for analyzing the part count of 3D printers.

	Lulzbot is the ~~closest-in-class to a~~ type of printer that OSE intends to offer: an effective production printer for making quality parts as fast as possible. OSE intends to go even further, with its development of a high temperature build chamber that is stable for up to 178C continuous print chamber temperature. This would take open source printing to the next level of performance		The Lulzbot Moarstruder exemplifies most closely the type of printer that OSE intends to offer: an effective production printer for making quality parts as fast as possible. OSE intends to go even further, with its development of a high temperature build chamber that is stable for up to 178C continuous print chamber temperature. This would take open source printing to the next level of performance

	=Part Count Analysis=		=Part Count Analysis=

Marcin: /* Part Count Analysis */

2019-12-16T07:50:52Z

Part Count Analysis

← Older revision		Revision as of 07:50, 16 December 2019
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	The case of Moarstruder, and of Lulzbot in general, is a fascinating study that emphasizes the utter simplicity of OSE design. OSE's goal is to make the simplest, lowest part count machines in the world - as we believe that the best designs are as simple as possible. Simplicity has a high impact on lifetime design: simple things can be maintained or repaired easily - thus contributing significantly to lifetime design.		The case of Moarstruder, and of Lulzbot in general, is a fascinating study that emphasizes the utter simplicity of OSE design. OSE's goal is to make the simplest, lowest part count machines in the world - as we believe that the best designs are as simple as possible. Simplicity has a high impact on lifetime design: simple things can be maintained or repaired easily - thus contributing significantly to lifetime design.

	The Moarstruder is a case where ~~116~~ unique parts are found in its Bill of Materials.		The Moarstruder is a case where 117 unique parts are found in its Bill of Materials, with a total of 176 parts. See [[File:moarstruderBOM.ods]]. For comparison, the D3D Universal extruder BOM has 22 unique parts, and 28 parts in total. This is a 5x lower unique part count, and a 6x lower total part count.

			'''Point:''' OSE's printer is simpler to build by a large margin, and thus offers a realistic option of a lifetime design - because its design is in-house fabricated, robust, and simple.

	*117 parts for ~~Moarstruder - [[File:moarstruderBOM~~.~~ods]]~~		Now let's tak a look at the master BOM for the Lulzbot enterprise across product lines. There are about 4000 parts for MBOM including parts, shipping, supplies - essentially the entire business across product lines - with 161 unique part count for fasteners alone! See [[File:lulzbotmasterBOM.ods]]. In fastener types alone, Lulzbot has about 3x more unique parts than the D3D Universal overall unique part count. Overall, the OSE unique part count is about 70 for its total 3D printer product line at present. The Lulzbot BOM includes packaging, while ours doesn't, but the point remains: Lulzbot has to manage a 57x larger supply chain than we do, for a similar product line. Now we aren't selling the volumes of printers yet (Lulzbot - thousands per year, OSE - dozens per year as of 2019) - but we don't foresee our unique part count expanding much even when we reach volumes of thousands of printers.
	*About 4000 parts for MBOM ~~inlcuding~~ parts, shipping, supplies - essentially the entire business across product lines - 161 ~~bolts~~ alone. [[File:lulzbotmasterBOM.ods]]

Marcin: /* BOM */

2019-12-16T07:33:04Z

BOM

← Older revision		Revision as of 07:33, 16 December 2019
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	The Moarstruder is a case where 116 unique parts are found in its Bill of Materials.		The Moarstruder is a case where 116 unique parts are found in its Bill of Materials.

	~~=BOM=~~
	*117 parts for Moarstruder - [[File:moarstruderBOM.ods]]		*117 parts for Moarstruder - [[File:moarstruderBOM.ods]]
	*About 4000 parts for MBOM inlcuding parts, shipping, supplies - essentially the entire business across product lines - 161 bolts alone. [[File:lulzbotmasterBOM.ods]]		*About 4000 parts for MBOM inlcuding parts, shipping, supplies - essentially the entire business across product lines - 161 bolts alone. [[File:lulzbotmasterBOM.ods]]

Marcin: /* Part Count Analysis */

2019-12-16T07:32:53Z

Part Count Analysis

← Older revision		Revision as of 07:32, 16 December 2019
Line 9:		Line 9:
	The case of Moarstruder, and of Lulzbot in general, is a fascinating study that emphasizes the utter simplicity of OSE design. OSE's goal is to make the simplest, lowest part count machines in the world - as we believe that the best designs are as simple as possible. Simplicity has a high impact on lifetime design: simple things can be maintained or repaired easily - thus contributing significantly to lifetime design.		The case of Moarstruder, and of Lulzbot in general, is a fascinating study that emphasizes the utter simplicity of OSE design. OSE's goal is to make the simplest, lowest part count machines in the world - as we believe that the best designs are as simple as possible. Simplicity has a high impact on lifetime design: simple things can be maintained or repaired easily - thus contributing significantly to lifetime design.

			The Moarstruder is a case where 116 unique parts are found in its Bill of Materials.



	=BOM=		=BOM=
	*117 parts for Moarstruder - [[File:moarstruderBOM.ods]]		*117 parts for Moarstruder - [[File:moarstruderBOM.ods]]
	*About 4000 parts for MBOM inlcuding parts, shipping, supplies - essentially the entire business across product lines - 161 bolts alone. [[File:lulzbotmasterBOM.ods]]		*About 4000 parts for MBOM inlcuding parts, shipping, supplies - essentially the entire business across product lines - 161 bolts alone. [[File:lulzbotmasterBOM.ods]]

Marcin at 07:32, 16 December 2019

2019-12-16T07:32:09Z

← Older revision		Revision as of 07:32, 16 December 2019
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	~~#redirect~~ [[Moarstruder]]		=Introduction=

			The Lulzbot 3D printer is an open source, production grade workhorse 3D printer that serves as a good benchmark for 3D printer extrusion rates. The Lulzbot [[Moarstruder]] is a fast-printing toolhead option for the Lulzbot line of printers, and it serves as an interesting benchmark for analyzing the part count of 3D printers.

			Lulzbot is the closest-in-class to a type of printer that OSE intends to offer: an effective production printer for making quality parts as fast as possible. OSE intends to go even further, with its development of a high temperature build chamber that is stable for up to 178C continuous print chamber temperature. This would take open source printing to the next level of performance

			=Part Count Analysis=

			The case of Moarstruder, and of Lulzbot in general, is a fascinating study that emphasizes the utter simplicity of OSE design. OSE's goal is to make the simplest, lowest part count machines in the world - as we believe that the best designs are as simple as possible. Simplicity has a high impact on lifetime design: simple things can be maintained or repaired easily - thus contributing significantly to lifetime design.





			=BOM=
			*117 parts for Moarstruder - [[File:moarstruderBOM.ods]]
			*About 4000 parts for MBOM inlcuding parts, shipping, supplies - essentially the entire business across product lines - 161 bolts alone. [[File:lulzbotmasterBOM.ods]]

Marcin: Redirected page to Moarstruder

2019-12-16T07:23:18Z

Redirected page to Moarstruder

New page

#redirect [[Moarstruder]]