what are the parts of a grinding machine?
89858
Grinding what?\nGrinding rocks: Grinding wheel and the mechanism to rotate the wheel.\nGrinding meat: screw insude of a tube for extrusion and nozzle plates with holes.\nMany other possiblities.
384454
roller. a ball bearing will wear out very fast as will a sleve and thrust
763583
If it was me, I would specify the Ra or RMS value, the surface type (cast, machined, polished, ect...), and also the surface hardness (Rockwell B or C scale).  If you have access to a Machinery's Handbook, check it out.
621703
CNC Glass Cutting Machine.\n\nYour question is a little broad, that is a full time job.
635665
Check out some used equipment dealers. \n\nFederal equipment company (fedequip.com), \n\nhttp://www.emachinetool.com/newcnc/categories.cfm?DestinationCategory=CNC%20Lathe\n\nhttp://www.surplusmachines.com/\n\nhttp://www.abltechnology.com/Index.ASP?equip=L21502&title=2-Axis
109099
tools- mouth mirror, probe, spoon excavators, scalers, condensers, gingival marginal trimmers, \n\nequipments- micromotor n hand piece, air rotor, burrs, autoclave, amalgamators, glass bead sterilizers, the dental chair is a big equipment too!
350925
The best way is to measure it in a machine shop.  I've measured my time in machining and found there are two important numbers to know: 1) how long it takes to remove a cubic cm of material, and 2) how long it takes to clean up and setup for the next machining operation.  \n\nThe first number (material removal rate) is surprisingly small - it takes longer than you might think to remove a cubic cm of material (my range in tool steel runs 0.1-1 cu. inch/hour; less in softer materials).\n\nThe second number may surprise you also - it takes hours to break down, clean up, and setup for the next machining job.  Eventually you will develop a rules for particular jobs, for example, to put a "slide" in a mold base takes about 40 hours (just to cut the slide, not including the cavity pins).\n\nIf you are in production, such as screw machines, the second number is less significant because you can distribute the cost over the volume of the production.\n\nTo simplify: the most efficient typical cutting tool in terms of material removal is the lathe, followed by the drill, then milling, then fine machining, then finish grinding.  To the extent you can use the more efficient tools to remove material, the quicker the work can be done.  The bigger and more robust machine tools can remove more cubic cm/hr, but generally you are stuck with the tools you have.\n\nThere are straightforward calculations for surface feet per minute machining speeds depending on tools and metal to be cut, but this information is not really conclusive in estimating machining costs because setup and finish machining take so much longer than the material removal rate would indicate.  Estimate finish machining cu. cm/hr to be 10 times longer than rough machining unless you have a reason to believe it is shorter.\n\nThe way to calculate the total machining cost is by using a worksheet with all the operations step-by-step, including setup & breakdown, with estimates for time at each step.  For the machining steps, if you have no estimate, use about 0.5 cubic cm/hour unless you have reason to think more can be removed.  If you think this is too slow, run a test first because it takes longer than you might think.  \n\nI would say to ask a machinist, but they won't tell you as they guard this information closely, because it is the core of their business.  This is why it is good if you keep track of how long each machining operation takes when you do it.\n\nOne machinist kept extremely detailed records on networked computers on the shop floor how long each operation took, so he knew exactly how long a job would take.  His competition didn't; he never took a job he would lose money on, while his competition did.  He is still in business - they are not.\n\nIn short, it is best to confirm/develop yourself with your own tools the actual times needed to create your machining costs - there is no shortcut.
965628
A simple machine is one with few or no moving parts. Examples of simple machines are Screw, Wheel and Axle, Wedge, Pulley, Inclined Plane, Lever.\n\nA manual can-opener has these simple machines:\nThe handle you turn to make the can rotate is a wheel and axle.\nThe two long arms that clamp the can securely make a lever.\nThe circular wheel that cuts the can lid is sharpened to make a wedge.
805119
Do visit the the following site and type the mechanism you want or the name of the machine\nhttp://www.howstuffworks.com\n\nother useful sites are\nhttp://www.answers.com\nhttp://www.wikipedia.org
396102
1. Transport materials\n2. Metallurgic products\n3. Soy\n4. Oil and fuel\n5. Ores\n6. Meats\n7. Chemicals\n8. Machines and equipments\n9. Electrical equipment\n10. Sugar
550993
visit\nhttp://www.solonme.com/medical/medical_parts.htm
350185
Grinding up materials between the gears (i.e. a paper shredder)\n\nAny transfer of motion in a device which, by design, dictates that the energy exerted be moved to a different, more practical location (i.e. a series of ceiling fans connected to one another or a locking system in a safe)\n\nReinforcement and/or stablization of movement needed for accuarcy purposes or to prevent slipage/overspin (i.e. a clock or analog stopwatch).
1038920
http://www.machinevibration.com
6090
Here you go:\n\nhttp://donnerwetter.kielikeskus.helsinki.fi/FinnishForForeigners/parts-index.htm
363722
Please see this website: http://www.ussteel.com/corp/sheet/hr/pmhsmill.htm
442883
alot of the areas are with the main distributers and equipment retailers.  you can go to any of the equipment web sites and they have tons of info you can get.
241941
Tea Boilers, \nHand pump, \nGas Burner, \nCigarette Lighter, \nBottle opener, \nScissors.