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Thursday, April 9th, 2009

How Fabrication in the Auto Industry Determines the Fiscal Health of Vendors

The recent news has not been good for America’s automotive industry. But, with the far reaching need for fabrication in the auto industry, it is not just the car manufacturer who suffers the result of a shaky economy.

Instead, the fiscal health of vendors, suppliers, machine shops and small time importers is greatly impacted. As a matter of fact, some of these businesses have been adversely affected to the point of having to close their doors.

Understanding how fabrication in the auto industry determines the fiscal health of assorted vendors is easily done, if you follow the line items on the expense sheets of major car manufacturers.

Thursday, January 29th, 2009

Different Kinds of Metals: a Basic Overview of Metallurgy

Metallurgy is the study of metal. It encompasses the physical and chemical properties of metals found in nature. These natural metals are often called metallic elements. Common metals are gold, iron, copper, aluminum, and silver.

Gold

Gold is often used in jewelry making. It is a soft metal and this malleability makes it ideal for molding and etching jewelry designs.

Historically, gold was used as a monetary substitute and was often used as barter for obtaining goods and services, even in early civilization. It resists oxidation and corrosion more so than other popular metals, making it ideal for use in dentistry and the electronics industry.

Saturday, December 13th, 2008

Laser Machining and Electron Beam Machining

Laser machining technology uses an intense beam of light from a laser of different widths for a variety of applications. Some applications done with a laser machine include cutting, slotting and creating holes.

This technology can be used to help fabricated many different types of materials. Some types of materials laser machining can be used in fabrication of are carbon fiber, composites, ceramics, glass, marble, metals, nylon, plastics, vinyl and thin metal foils.

Laser machining is used to produce a roughened surface on metals, ceramics and glass. This technology is also used for marking material surfaces. In this process a high intensity laser beam is passed through a stencil of a mirror and onto the area of the material being marked.