Hydraulic Presses

Since the mid 1940's, we have manufactured manual, pneumatic and electric H-frame hydraulic presses. These presses provide 10 to 200 tons of single and double action for durability. Our hydraulic press is ideal for assembly, straightening, manufacturing, quality control, maintenance, product testing, bending, forming, pushing and shearing. Each hydraulic press has a frame consisting of a rugged arc welded steel and a seamless steel cylinder to prevent leakage.

Hydraulic press is a device that generates compressive force using a hydraulic cylinder (see mechanical press). It uses hydraulic pressure equivalent to mechanical lever and is also known as Bramah press after UK inventor Joseph Bramah. He invented in 1795 and acquired a patent of the press. Bramah (he is also known for developing flush toilets) set up a toilet so he studied existing literature on fluid motion and applied this knowledge.

In the second year, Bramah invented a hydraulic press. This machine can apply several thousand tons of pressure to form heavy steel parts. This press provides the first practical hydraulic application to manufacturers and manufacturers and increases production capacity by a factor of ten. It sets the standard of the whole technology. Modern applications of the present invention include automotive jacks, presses for wrapping waste paper and metal, and hydraulic brake systems for vehicles. Hydraulic press is considered to be one of the biggest contributions to the industrial revolution

Until the Industrial Revolution began, a British mechanic called Joseph Brauma applied the principle of Pascal's Law to the development of the first hydraulic press. In 1795 he applied for a patent on his hydraulic press called Bramah Press. Bramah believes that the only limitation of the force that a machine can exercise is the area to which pressure is applied, when small forces create small areas of force in large areas and large proportions of force. Hydraulic systems can be used in a variety of applications, from small assembly processes to integration into steel mills and paper mills. By applying Pascal's law, the hydraulic system allows the operator to complete critical work (heavy load lifting, rotating shaft drilling, precise drilling, etc.) with minimal mechanical connection investment.