Forming presses are metal forming machines that use stamping or pressing methods to achieve forming goals on work pieces. Forming press machines are widely used in the metal working industry to perform various forming tasks such as utensil production, wheel manufacture, forging process, and other metal forming processes. One of the most famous and old-fashioned forming press models is the C frame forming press – a widely used unit in various industrial sectors.
The hydraulic forming presses are press machines using hydraulic cylinder that generates great and sudden compressive forces on the target components and materials with controlled stamping action. Stamping action is another specific metal forming subject that will be discussed in other articles as it involved more sophisticated details. The Materials used and their attributes are the two core factors that need to be taken into consideration for metal forming.
The design of C frame forming press is based on the well-known, ingenious Pascal's principle. The pressure through a closed system should always be constant is the primary idea revolving the stamping loop mechanism. In a c-frame forming press machine, one part of the system is a piston which acts as a pump, with a moderate mechanical force acting on a small materials’ cross-sectional area. In addition, another part of this machine is also a larger piston that generates relatively larger mechanical stamping forces on the materials.
The C frame hydraulic presses are forming presses designed based on the same mechanical principle and the appearance that closely resembles the letter “C”. They are usually operated vertically along with the tables designed to accommodate materials. Metal forming is without a doubt an art as well as a rigid metal forming science.
Hydraulic forming presses are commonly used in the metalworking sectors for many kinds of forming operations, such as clinching, forging, molding, punching, blanking, deep drawing, and other metal forming operations, for a wide variety of metal materials and mechanical components as work pieces. With the press machines, the cycle time of the production procedure could be shortened to a large extent alongside the tooling advancement.
At the meantime, within an acceptable tolerance values regarding the output, the tooling enhancement is the key to improved processes and stamping mechanisms. Compared with metal cutting processing, the procedure of metal forming offers faster shaping processes that makes mass production feasible and practical. Some top notch scientific studies such as the ITER fusion machine involves a series of analysis on production and assembly processes, which are so well-organized that they are like the management of the metal forming process with good stamping management.
Hydroforming presses or hydro-forming presses are two interchangeable terms and are considered a specific kind of forming presses for metal forming. This is a pressing machine that utilizes a cost-effective way of shaping ductile metals such as aluminum, brass, low alloy steel, and stainless steel into lightweight, structurally stiff and strong pieces.
One of the largest applications of hydroforming is in the automotive industry, which makes use of the complex shapes of metal materials and components made possible by hydroforming to produce stronger, lighter, and more rigid one-piece material for vehicles components. This type of technique is particularly prevalent in the high-end sports car industry and is also frequently employed in the shaping of aluminum tubes due to the superb tooling capacity. Like the hydraulic forming presses process, it is a common term that indicates one of the most commonly used forming press machines which is used by any users in the manufacturing industry who is in the production of a variety of industrial metal components as well as other metal items used in daily basis.
Regarding the industrial applications, many are applied to furniture, sports, consumer electronics, and household appliances. Forming presses used in the industry are very common and the good things are that these forming presses are often designed with great flexibility for users to adapt to the circumstances. It is the goal that in the future, with the help of smart technology, technicians are able to achieve the goal of smart pressing of various materials and make the smart forming possible to the manufacturing plants, realizing agile pressing.
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