Multimachine Deployment Strategy - Revision history

Marcin at 00:22, 28 August 2011

2011-08-28T00:22:05Z

← Older revision		Revision as of 00:22, 28 August 2011
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	#Begin with a concrete lathe as the first tool, using our existing lathe for making the spindle		#Begin with a concrete lathe as the first tool, using our existing lathe for making the spindle
	##Retrofit with indexing head on head stock		##Retrofit with indexing head on head stock
	#Make independetly - centerless grinder - for making precision shaft		##Produce a Versamill (active cutter with z axis) attachment for precision milling/grinding on lathe
	#~~Produce a Versamill attachment~~ for precision ~~milling/grinding on lathe~~		#Make independetly with lathe and Versimil - centerless grinder - for making precision shaft
			#With Versimil independetly - assist fabrication of blades for centerless grinder - for making precision shaft
	##Internal/external keyway. Active spindle facilitates internal keyways, though these could be done on a lathe		##Internal/external keyway. Active spindle facilitates internal keyways, though these could be done on a lathe
	##		##

Marcin at 00:18, 28 August 2011

2011-08-28T00:18:55Z

← Older revision		Revision as of 00:18, 28 August 2011
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	#Focus on round ways as in the [[Concrete Lathe]] to produce a universal precision motion system		#Focus on round ways as in the [[Concrete Lathe]] to produce a universal precision motion system
	#Begin with a concrete lathe as the first tool, using our existing lathe for making the spindle		#Begin with a concrete lathe as the first tool, using our existing lathe for making the spindle
			##Retrofit with indexing head on head stock
			#Make independetly - centerless grinder - for making precision shaft
	#Produce a Versamill attachment for precision milling/grinding on lathe		#Produce a Versamill attachment for precision milling/grinding on lathe
			##Internal/external keyway. Active spindle facilitates internal keyways, though these could be done on a lathe
			##
	#Secure an induction furnace for hardening round stock ($1-5k off-shelf)		#Secure an induction furnace for hardening round stock ($1-5k off-shelf)
	#Produce precision round stock for ways via Versamill/induction furnace		#Produce precision round stock for ways via Versamill/induction furnace

Marcin at 02:16, 26 August 2011

2011-08-26T02:16:02Z

← Older revision		Revision as of 02:16, 26 August 2011
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	We are expecting to deliver $200k-equivalent CNC interchangeable tool machines at a materials cost of approximately $3-5k, using open source [[Arduino]]-based controllers and hydraulic motors with encoders - where we will fabricate the high-torque hydraulic motors on the OSE Multimachine.		We are expecting to deliver $200k-equivalent CNC interchangeable tool machines at a materials cost of approximately $3-5k, using open source [[Arduino]]-based controllers and hydraulic motors with encoders - where we will fabricate the high-torque hydraulic motors on the OSE Multimachine.

			[[Category:Strategic Development]]

Marcin at 02:15, 26 August 2011

2011-08-26T02:15:42Z

← Older revision		Revision as of 02:15, 26 August 2011
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	#Build out a vertical mill with above infrastructure		#Build out a vertical mill with above infrastructure

	The above allows a general spindle (one for high speed, second for high power) and general ways to be created - for applications in all machine configurations (mill, drill, lathe, grinders) from which point we are able to create any configuration of high precision machine (2/10000 inch accuracy over 6 feet)		The above allows a general spindle (one for high speed, second for high power) and general ways to be created - for applications in all machine configurations (mill, drill, lathe, grinders) from which point we are able to create any configuration of high precision machine (2/10000 inch accuracy over 6 feet).l We will achieve this by using stock mild steel followed by hardening and grinding - with concrete bed machines - to produce CNC-retrofittable, heavy duty precision machines at the cost of concrete and steel stock.

			We are expecting to deliver $200k-equivalent CNC interchangeable tool machines at a materials cost of approximately $3-5k, using open source [[Arduino]]-based controllers and hydraulic motors with encoders - where we will fabricate the high-torque hydraulic motors on the OSE Multimachine.

Marcin at 02:10, 26 August 2011

2011-08-26T02:10:26Z

@@ Line 1: / Line 1: @@
 The Multimachine project of OSE aims to develop a universal machining system for producing precision parts down to ball bearings, the foundation of modern civilization.
-We are starting with our existing [[FeF Lathe]]
+We are starting with our existing [[FeF Lathe]].
 We are building upon recent developments of the [[Concrete Lathe]].

Marcin: Created page with "The Multimachine project of OSE aims to develop a universal machining system for producing precision parts down to ball bearings, the foundation of modern civilization. We are ..."

2011-08-26T02:08:14Z

Created page with "The Multimachine project of OSE aims to develop a universal machining system for producing precision parts down to ball bearings, the foundation of modern civilization. We are ..."

New page

The Multimachine project of OSE aims to develop a universal machining system for producing precision parts down to ball bearings, the foundation of modern civilization.

We are starting with our existing [[FeF Lathe]]
We are building upon recent developments of the [[Concrete Lathe]].