Looking at advantages of these digital camera printers, very first and most significant one is that these printers do not require a computer for their functioning. They have ability of printing directly from digital camera, which enables users to take and use them on road too! A few examples of such great printers are Canon's Selphy DS700 and CP330; Olympus P-10; Sony's FP30 and EX50; Epson's Picture Mate; and Hewlett-Packard's Photo smart 375. Some digital cameras nowadays enable users to connect them directly to a PictBridge printer using a standard USB cable. And then obtain printed photographs. Another loom is to include memory-card slots right on printer as a result users do not run down camera's battery while printing.

The above discussion reveals almost all rudimentary yet important information regarding digital camera printers and it is expected that more and more users of digital cameras would appreciate this fantastic device!

Metal is cut either by moving work piece like in lathe or by moving tool like in shaping machine, drilling or milling machine. Clearance angles must be provided to prevent tool surface below cutting edge from rubbing against work piece. Rake angles are often provided on cutting tools to cause a wedging action in formation of chips and to reduce friction and heat.

Tool Materials 

In order to remove chips from a work piece, a cutting tool must be harder than work piece and must maintain a cutting edge at temperature produced by friction of cutting action.

Carbon Steel 

Carbon steel tools even though comparatively inexpensive tend to lose cutting ability at temperatures around 400 degree F (205 degree C).

High-Speed Steel 

High-speed steel, containing 18 percent tungsten, 4 percent chromium, 1 percent vanadium, and only 0.5 to 0.8 percent carbon, permits operation of tools twice or three times speeds allowable with carbon steel

Cast Alloys 

Cast-alloy cutting-tool materials containing cobalt, chromium, and tungsten are effective in cutting cast iron and retaining their cutting ability even when red hot.

Cemented Tungsten Carbide 

The hardness of Tungsten Carbide approaches that of a diamond. Tungsten carbide tools can be operated at cutting speeds many times higher than those used with high-speed steel.

Oxides 

Ceramic, or oxide, tool tips consist primarily of fine aluminum oxide grains, which are bonded together. These are very hard.

Cutting fluids 

An overheated tool can become blunt and soft very fast. Therefore very often, cooling fluids cools cutting points of tool. This serves to lubricate and cool.

Water is an excellent cooling medium, but it corrodes ferrous materials. Sulfurized mineral oil is one of most popular coolants as it can both cool as well as lubricate. The sulfur prevents chips from work from melting on to tip of tool.

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