CNCCMV2/Structure/Techniques - Revision history

YK: /* Point Marking with Datum Points and Edges */

2012-04-25T14:41:49Z

Point Marking with Datum Points and Edges

← Older revision		Revision as of 14:41, 25 April 2012
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	[[Image: 2datumedges.gif]]		[[Image: 2datumedges.gif]]

			*When marking to drill, center punch the points so that that drill bit centers into the desired position during the operation.

	=Match Drilling=		=Match Drilling=

YK: /* Mounting */

2012-04-25T14:38:03Z

Mounting

← Older revision		Revision as of 14:38, 25 April 2012
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	[[Image: drillchuck.jpg]]		[[Image: drillchuck.jpg]]

	*Stationary components such as those to be operated on by a drill press require the use of clamps, vises~~, and fasteners~~.		*Stationary components such as those to be operated on by a drill press require the use of clamps, vises.

	*Drill press clamp below.		*Drill press clamp below.
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	[[Image: drillpressvise.jpg]]		[[Image: drillpressvise.jpg]]

	*

YK: /* Mounting */

2012-04-25T14:36:08Z

Mounting

← Older revision		Revision as of 14:36, 25 April 2012
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	[[Image: drillchuck.jpg]]		[[Image: drillchuck.jpg]]

			*Stationary components such as those to be operated on by a drill press require the use of clamps, vises, and fasteners.

			*Drill press clamp below.

			[[Image: drillpressclamp.jpg]]

			*Drill press vise below.

			[[Image: drillpressvise.jpg]]

			*

YK at 14:31, 25 April 2012

2012-04-25T14:31:37Z

← Older revision		Revision as of 14:31, 25 April 2012
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	[[Image: matchdrillcleco.jpg]]		[[Image: matchdrillcleco.jpg]]

			=Mounting=

			*Rotating components such as drill bits and parts to be lathed require the use of a chuck.

			*A lathe chuck is shown below.

			[[Image: lathechuck.jpg]]

			*A drill chuck is shown below.

			[[Image: drillchuck.jpg]]

YK: /* Match Drilling */

2012-04-24T23:15:39Z

Match Drilling

← Older revision		Revision as of 23:15, 24 April 2012
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	*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the holes of the two 50cm metal rods align perfectly together.		*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the holes of the two 50cm metal rods align perfectly together.

	*Match drilled components mounted with a C-clamp are shown below. Those bronze rod-like things are called clecos; clecos hold the components aligned together during drilling, especially useful for large multi-hole operations.		*Match drilled components mounted with a C-clamp are shown below. Those bronze rod-like things are called clecos; clecos hold the components aligned together during drilling (extra secure than just with the initial clamps), especially useful for large multi-hole operations.

	[[Image: matchdrillcleco.jpg]]		[[Image: matchdrillcleco.jpg]]

YK: /* Match Drilling */

2012-04-24T23:14:10Z

Match Drilling

← Older revision		Revision as of 23:14, 24 April 2012
Line 15:		Line 15:
	*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the holes of the two 50cm metal rods align perfectly together.		*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the holes of the two 50cm metal rods align perfectly together.

	*Match drilled components mounted with a C-clamp are shown below. Those rod-like things are called clecos; clecos hold the components aligned together during drilling, especially useful for large multi-hole operations.		*Match drilled components mounted with a C-clamp are shown below. Those bronze rod-like things are called clecos; clecos hold the components aligned together during drilling, especially useful for large multi-hole operations.

	[[Image: matchdrillcleco.jpg]]		[[Image: matchdrillcleco.jpg]]

YK: /* Match Drilling */

2012-04-24T23:13:32Z

Match Drilling

← Older revision		Revision as of 23:13, 24 April 2012
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	*Match drilling works effectively with templates. For instance, a template can be placed on top of a component, then match-drilled; the template can be reused for other components which require the same hole pattern. This template multi-usage is useful when multiple components need excellent alignment but are too large or irregularly-shaped to be match drilled together.		*Match drilling works effectively with templates. For instance, a template can be placed on top of a component, then match-drilled; the template can be reused for other components which require the same hole pattern. This template multi-usage is useful when multiple components need excellent alignment but are too large or irregularly-shaped to be match drilled together.

	*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the two 50cm metal rods align perfectly together.		*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the holes of the two 50cm metal rods align perfectly together.

	*Match drilled components mounted with a C-clamp are shown below. Those rod-like things are called clecos; clecos hold the components aligned together during drilling, especially useful for large multi-hole operations.		*Match drilled components mounted with a C-clamp are shown below. Those rod-like things are called clecos; clecos hold the components aligned together during drilling, especially useful for large multi-hole operations.

	[[Image: matchdrillcleco.jpg]]		[[Image: matchdrillcleco.jpg]]

YK: /* Match Drilling */

2012-04-24T23:10:41Z

Match Drilling

← Older revision		Revision as of 23:10, 24 April 2012
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	*Match drilling is the process of drilling through multiple components at the same time so that the final assembly is aligned perfectly.		*Match drilling is the process of drilling through multiple components at the same time so that the final assembly is aligned perfectly.

	*Match drilling works effectively with templates. For instance, a template can be placed on top of a component, then match-drilled; the template can be reused for other components which require the same hole pattern. This template multi-usage is useful when 2 components need excellent alignment but are too large or irregularly-shaped to be match drilled together.		*Match drilling works effectively with templates. For instance, a template can be placed on top of a component, then match-drilled; the template can be reused for other components which require the same hole pattern. This template multi-usage is useful when multiple components need excellent alignment but are too large or irregularly-shaped to be match drilled together.

	*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the two 50cm metal rods align perfectly together.		*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the two 50cm metal rods align perfectly together.

YK: /* Match Drilling */

2012-04-24T23:09:55Z

Match Drilling

← Older revision		Revision as of 23:09, 24 April 2012
Line 15:		Line 15:
	*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the two 50cm metal rods align perfectly together.		*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the two 50cm metal rods align perfectly together.

	*Match drilled components mounted with a C-clamp are shown below. Those rod-like things are called clecos; clecos hold the components aligned together, especially useful for large multi-hole operations.		*Match drilled components mounted with a C-clamp are shown below. Those rod-like things are called clecos; clecos hold the components aligned together during drilling, especially useful for large multi-hole operations.

	[[Image: matchdrillcleco.jpg]]		[[Image: matchdrillcleco.jpg]]

YK: /* Match Drilling */

2012-04-24T23:09:24Z

Match Drilling

← Older revision		Revision as of 23:09, 24 April 2012
Line 15:		Line 15:
	*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the two 50cm metal rods align perfectly together.		*A process similar to match drilling is to drill a workpiece before it is cut apart to separate components. For example, a 100cm metal rod can be drilled through, then cut in half so that the two 50cm metal rods align perfectly together.

	*~~A match~~ drilled ~~component~~ mounted with a C-clamp is shown below. Those rod-like things are called clecos; clecos hold the components aligned together, especially useful for large multi-hole operations.		*Match drilled components mounted with a C-clamp are shown below. Those rod-like things are called clecos; clecos hold the components aligned together, especially useful for large multi-hole operations.

	[[Image: matchdrillcleco.jpg]]		[[Image: matchdrillcleco.jpg]]