Press-working Machines
Press-working machines are an essential part of many machine shops and are used to manufacture parts for various industries such as automotive, aerospace, medical and more. Press-working machines use a combination of force, pressure and resistance to work, form and shape materials into customized parts. The key elements of a press-working machine are its tooling, frame and power source.
Tooling: Tooling is a vital component of the process, as it interacts with the material to create a finished product. The tooling is what provides the force, pressure and resistance necessary to shape the material into the desired shape. This can include dies, molds and jigs, which are attached to the frame of the press-working machine.
Frame: The frame of the press-working machine is what holds the tooling in place, while also providing an opportunity to adjust the tooling depending on the desired outcome. This method provides cost-effective customization to product elements and structures. The frame is typically constructed out of cast iron or steel and is designed to accommodate the majority of press-working machines and their associated tooling.
Power Source: The power source of the press-working machine is the energy that is necessary to operate the press and tools. This energy typically comes from hydraulics, pneumatics or electric motors. Hydraulics use a pressurized liquid under high pressure to generate force. Pneumatics use pressurized air in a similar way, and electric motors are used in many applications as they are more efficient and cost-effective.
Press-working machines provide a necessary service to many industries and are essential in the manufacturing and production of custom parts. No matter the size or type, these machines can provide a cost and time-saving edge to many businesses. In addition, press-working machines are safe and reliable to use, making them an ideal choice for any industrial application.
