The creation of metal alloys opened up a whole new world of metal forming techniques in the manufacturing industry. Rather then dealing with metallic substances that come straight from the earth, we are now able to tweak the chemical structure to create a variety of new metallic substances, known as alloys. This is a fantastic thing from a manufacturing and consumer perspective, because all of the characteristics desired in one metal surface can now be achieved. The downside is that each chemical alteration changes the substance, which means there are now wider varieties of metallic bodies that need to be taken into consideration while practicing metal forming. Since metal forming requires presses such as hydraulic presses to cut, bend and form metal with its structural integrity in mind, more metal forming presses have been designed to meet the demand.

Really, any sort of press that works with metal can be considered a metal forming press, even if it doesn’t work exclusively with metal. Examples of hydraulic presses, which are excellent for working with metallic materials because of the strength created by the fluid pressure that powers them, are numerous. In fact, they are considered to be more powerful then mechanical or pneumatic presses, which means that they are more ideal for heavy duty metals that require a very firm and strong hand. A stamping press is one of the classic metal forming presses currently being used in manufacturing industries. Able to incorporate a number of different dies to practice different manufacturing techniques on the metal, stamping presses are often utilized in production lines for mass production runs. Details of the stamping press structure change depending on the industry and specific metal material being worked with. Another example of a metal forming press is the platen press, which uses two massive hot plates to condense materials into certain shapes. One metal forming press can look very different from another.