definition of turnkey in relation to industrial machining?
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Turnkey usually means something that is already ready to use.\n\nLike a turnkey apartment would be one that needs no work and is probably already furnished.\n\nI hope that helps.
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CAD/CAM (are used frequently)\nCAD: Comuter Aided Designing\nCAM: Computer Aided Manufacutring\n\nIts software used to design stuff, (used mostly by manufacturer)
978775
Either injected moulded or turned
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Elbow-grease (humorous). Vigorous rubbing, proverbially referred to as the best unguent for polishing furniture. Hence, allusively, energetic labour of any kind.\n\nELBOW GREASE -- "Elbow grease has been a term of 'hard manual labor' since before 1639, 'B.E.'s Dictionary of Canting Crew' (ca. 1698) calling it 'A derisory term for Sweat.' The old joke that 'elbow grease' is the best brand of furniture poish was probably common centuries ago, too, in some form. The phrase was known in France from early times as well (buile de bras)." From the "Encyclopedia of Word and Phrase Origins" by Robert Hendrickson (Facts on File, New York, 1997).
150951
You may mean the ISO (International Standards Organization) tolerance grade, which is not limited to drilling (applies to all dimensions).  The method is an efficient way to express tolerances, and is being used more frequently on CAD drawings these days. (Smaller drills have tighter tolerances; larger drills have looser tolerances).\n\nMachinery's Handbook has the standard (and the ANSI/ASME version too), and is the most useful way to obtain the information.\n\nOtherwise, check the links out below - you can purchase the standard directly from ISO - there is not much free information on the Internet because it is copyrighted.
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The systems that I supply work, and they are turnkey.\n\nYou problem has to do more with management of the situtation, and not suo much a technical problem. If you are buying a system that is not completely "turn-key", then what you are saying is that you are an integrator of a subsystem.\n\nSo for an acceptence of the subsystem, you have to define an acceptence criteria and test to that criteria, that establishes that the requirements of the subsystem are satified, i. e. when you plug it into the rest of your system, it plays and interfaces as advertised.\n\nDepending on the cleaves or control volumes in your system, you may not be able to function test subsystems. This can be a recipe for disaster - the last guy who touches the system is presumed to be at fault.\n\nIf you need help with the development of acceptence testing or plans - email me; info@haysengineering.com. We have become experts at this sort of thing, based on our products and clients. We could assist you and act as a proxy for you to clean this type of thing up.\n\nIf these wounds are self-inflicted by some manager or authority within your own organization, then I am sorry. Those kind of problems are very difficult to fix.\n\nYou are on the right track - you need a better definition of "turnkey". You should hold your vendor responsible to an acceptence test, and you should make that test be as "functional" (as opposed to "dimensional", for example) as possible.
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as an opertator of a CNC laser... I can tell you this. Robotics are totally necessary for a business to compete. I make the coolest parts in a blink of an eye.
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A mechanism is some technical aspect of a larger process or mechanical device, a part or combination of parts designed to perform a particular function. Sometimes an entire machine may be referred to as mechanism. Some examples are the steering mechanism in a car, or the winding mechanism of a wristwatch, or the mechanism of action of a drug. In chemistry, a reaction mechanism is the step by step sequence of elementary reactions by which overall chemical change occurs.
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I think you are talking about the Industrial Revolution.\n\nTo find out more, you can just check out the website below!\n\nHope I've been of some help!\n\nhttp://en.wikipedia.org/wiki/Industrial_revolution
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This is the new term for industrial engineer.\n\nWork in this field (which is what I do!) is filled with statistics, process control, and quality adherance. You could spend days calculating BOMs, routings, optimizing capacity and schedules, or inventory. Many process engineers like puzzles and like to continue to work at the same problem, trying to improve on specific value measures over time- things like machine down time, usage rates and batch efficiencies, days on hand of inventory, etc.\n\nI find the field to be a more people oriented form of engineering, more interactive and creative. I migrated to it from the lab-techy engineering areas of chemical and mechanical. I enjoy it!
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I'm pretty sure it means industrial production output.
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Horizontal and Vertical machining lathes are both used to mill gears.\n\nCheck out these two links for general info on lathes and a company which makes the machines, Giddings & Lewis. Also, info from Falk company which makes Gear Drives for various applications.
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You can check some CNC controllers here\nhttp://www.controlafzar.com/products_en/controller_page.htm
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it is a type of Machinery.
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The process of replacing human handcraft or phisical work with the work of professional machines.It started during the 18th century with the Industrial Revolution in UK and then through out Europe and nowdays it means constantly replacing technology.
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CNC Glass Cutting Machine.\n\nYour question is a little broad, that is a full time job.
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Lean manufacturing is most often associated with the Toyota Production System. Lean manufacturing designs manufacturing processes with built in capabilities to eliminate waste and mistakes as well as increase productivity. Search Yahoo on "Toyota Production System" and "Kan-ban" to find all you would ever want to know.\n\nCellular manufacturing is more about the arrangement of machines and process to eliminate "queues" or inventory piles between processes. This is especially important in operations that depend highly upon the orientation of a part or blank in order to process it. By using a cell, the orientation is utilized and controlled throughout all the operations of the cell (once a part gets tossed in a bin, the orientation is lost).\n\nSocio-technical approaches have a high degree of dependency upon the type of manufacturing and product being produced. Flexible manufacturing is a socio-technical approach that is implemented with some degree of success.