Kit Production Ergonomics - Revision history

Eric: Added a Category to the Page

2023-08-17T20:43:02Z

Added a Category to the Page

← Older revision		Revision as of 20:43, 17 August 2023
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	**They also made some custom test equipment for their motherboards		**They also made some custom test equipment for their motherboards

	[[Category: Ergonomics and Productivity]]		[[Category: Ergonomics and Productivity]] [[Category: Production Engineering]]

2022-07-16T17:43:24Z

Added some more links under the "Internal Links" section

← Older revision		Revision as of 17:43, 16 July 2022
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	==Electronics Testing==		==Electronics Testing==

			=Internal Links=
			*[[Steven Hawes]] / [[Opulo]] (Their recent videos have been heavily discussing how one sets up a shop for [[Production Runs]] / pack and ship orders etc
			**They also made some custom test equipment for their motherboards

	[[Category: Ergonomics and Productivity]]		[[Category: Ergonomics and Productivity]]

2022-07-16T17:42:08Z

Added a Category to the Page

← Older revision		Revision as of 17:42, 16 July 2022
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	==Electronics Testing==		==Electronics Testing==


			[[Category: Ergonomics and Productivity]]

2018-12-04T18:41:47Z

Electronics Testing

← Older revision		Revision as of 18:41, 4 December 2018
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	*One kit - cutting = 2:45 min, grinding - 4:45 min		*One kit - cutting = 2:45 min, grinding - 4:45 min
	*One kit total: 7:30 min in quantity of 2 or 1.5		*One kit total: 7:30 min in quantity of 2 or 1.5

			==Printed Parts==
			*Production engineering for parts with nut catchers must still be resolved: either print cooling or laying flat, as nut catcher overhangs are an issue.

			<html><iframe src="https://www.facebook.com/plugins/post.php?href=https%3A%2F%2Fwww.facebook.com%2Fmarcin.jakubowski.378%2Fposts%2F10215085742274117&width=500" width="500" height="595" style="border:none;overflow:hidden" scrolling="no" frameborder="0" allowTransparency="true" allow="encrypted-media"></iframe></html>

	==Electronics Testing==		==Electronics Testing==

2018-12-04T03:48:51Z

Rod Production

← Older revision		Revision as of 03:48, 4 December 2018
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	*Above does 2 kits+		*Above does 2 kits+
	*One kit - cutting = 2:45 min, grinding - 4:45 min		*One kit - cutting = 2:45 min, grinding - 4:45 min
	*One kit total: 7:30 min. ~~Good.~~		*One kit total: 7:30 min in quantity of 2 or 1.5

	==Electronics Testing==		==Electronics Testing==

2018-12-04T02:27:36Z

Rod Production

← Older revision		Revision as of 02:27, 4 December 2018
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	=Ergonomics=		=Ergonomics=
	==Rod Production==		==Rod Production==
			<html><iframe src="https://www.facebook.com/plugins/post.php?href=https%3A%2F%2Fwww.facebook.com%2Fmarcin.jakubowski.378%2Fposts%2F10215080945034189&width=500" width="500" height="651" style="border:none;overflow:hidden" scrolling="no" frameborder="0" allowTransparency="true" allow="encrypted-media"></iframe></html>
	Ergonomics experiment:		Ergonomics experiment:
	*11:11 to cut and grind 32 rods		*11:11 to cut and grind 32 rods
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	*One kit - cutting = 2:45 min, grinding - 4:45 min		*One kit - cutting = 2:45 min, grinding - 4:45 min
	*One kit total: 7:30 min. Good.		*One kit total: 7:30 min. Good.



	==Electronics Testing==		==Electronics Testing==

2018-12-04T02:26:58Z

Rod Production

← Older revision		Revision as of 02:26, 4 December 2018
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	*Tolerance was 14.5" +/- 1/32" for 32 rods, with most +/- 1/64", so quite good		*Tolerance was 14.5" +/- 1/32" for 32 rods, with most +/- 1/64", so quite good
	One set takes:		One set takes:
			*15 rods (5 axes, bed, spool holder (3 rods))
			*Above does 2 kits+
			*One kit - cutting = 2:45 min, grinding - 4:45 min
			*One kit total: 7:30 min. Good.



			==Electronics Testing==

2018-12-04T02:22:30Z

Rod Production

← Older revision		Revision as of 02:22, 4 December 2018
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	*11:11 to cut and grind 32 rods		*11:11 to cut and grind 32 rods
	*5:30 to cut 32 rods		*5:30 to cut 32 rods
	*5:41 to grind		*5:41 to grind - grinding time is for only 36 rods (most rods were cut-down to proper length, so only had one end to grind)
	*Grinding time is for only 36 rods (most rods were cut-down to proper length, so only had one end to grind)
	*Most rods were cut in reverse (from stop to saw, not from saw to stop)		*Most rods were cut in reverse (from stop to saw, not from saw to stop)
	*Included cutting of plastic-sheathed rods (no need to remove sheathing prior to shipping)		*Included cutting of plastic-sheathed rods (no need to remove sheathing prior to shipping)
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	*Stop and rest was used. Grinder was clamped down in place using [[Angle Grinder Chop Saw]] holder		*Stop and rest was used. Grinder was clamped down in place using [[Angle Grinder Chop Saw]] holder
	*Tolerance was 14.5" +/- 1/32" for 32 rods, with most +/- 1/64", so quite good		*Tolerance was 14.5" +/- 1/32" for 32 rods, with most +/- 1/64", so quite good
			One set takes:

2018-12-04T02:21:03Z

Rod Production

← Older revision		Revision as of 02:21, 4 December 2018
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	*Allowance to cut 1" longer than set point by moving rod to a different marker(filament holder rod)		*Allowance to cut 1" longer than set point by moving rod to a different marker(filament holder rod)
	*Stop and rest was used. Grinder was clamped down in place using [[Angle Grinder Chop Saw]] holder		*Stop and rest was used. Grinder was clamped down in place using [[Angle Grinder Chop Saw]] holder
	*Tolerance was 14.5" +/- 1/32" - so quite good		*Tolerance was 14.5" +/- 1/32" for 32 rods, with most +/- 1/64", so quite good

2018-12-04T02:17:34Z

Rod Production

← Older revision		Revision as of 02:17, 4 December 2018
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	=Ergonomics=		=Ergonomics=
	==Rod Production==		==Rod Production==
			Ergonomics experiment:
	*11:11 to cut and grind 32 rods		*11:11 to cut and grind 32 rods
	*5:30 to cut 32 rods		*5:30 to cut 32 rods
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	*Included cutting of plastic-sheathed rods (no need to remove sheathing prior to shipping)		*Included cutting of plastic-sheathed rods (no need to remove sheathing prior to shipping)
	*Allowance to cut 1" longer than set point by moving rod to a different marker(filament holder rod)		*Allowance to cut 1" longer than set point by moving rod to a different marker(filament holder rod)
			*Stop and rest was used. Grinder was clamped down in place using [[Angle Grinder Chop Saw]] holder
			*Tolerance was 14.5" +/- 1/32" - so quite good