Hydraulic Press for Metalworking

Hydraulic presses are one of the most versatile metal forming machines available. They can shape metal into any desired shape by simply stretching and bending it to a certain length.

Hydraulic presses offer many advantages over mechanical presses and require far less maintenance. If you're starting a metalworking shop from scratch or simply upgrading, hydraulic presses should definitely be considered for your needs.

They are Refreshingly Quiet

A hydraulic press utilizes the static pressure of liquid as described by Pascal's principle to shape and deform metal, plastics, rubber and wood. It consists of three primary components: a mainframe, power system and hydraulic control.

Hydraulic presses for metalworking offer an acoustically clean environment, as they are free from the noise caused by moving parts and spinning wheels. This enables them to surpass US standard noise regulations with ease.

Another advantage of hydraulic presses is their capacity to deliver full power stroke from any point. This is especially helpful during drawing operations, where force needs to be applied from multiple directions simultaneously.

Modern controls have made forming a much simpler process. These programs are programmed for user-friendliness while optimizing part quality and repeatable forming.

They Deliver Full Power Stroke From Any Point

A hydraulic press begins when a pump or lever forces hydraulic fluid into a small double-acting cylinder (the slave cylinder), where it is compressed by sliding piston action. From there, the liquid passes through pipe into larger cylinder (the master cylinder).

After this, the pressure builds until it makes contact with and presses a baseplate, anvil or die to deform the material into its desired shape. Hydraulic presses are employed in numerous metalworking processes such as forming, straightening, blanking, punching, drawing and riveting.

Komatsu offers standard and custom industrial presses in single, two, four point gap frame, link motion and straight side styles. All have plunger guided slides for increased die life of 30% or more; "keyless" splined power shaft connections to prevent slide "creeping"-causing die height changes during heavy blanking operations; force-cooled hydraulic clutch and brake; as well as an extensive selection of press controls.

They Are Easy to Operate

Hydraulic presses are essential tools in machine shops around the globe. Not only do they keep factories running smoothly, but hydraulic presses also enable engineers to design components and inventors to create cutting-edge tools.

There is a hydraulic press to suit every need, operation and budget. From tabletop models up to those capable of applying hundreds of tons of pressure, there's something for everyone.

Presses are easy to operate and require minimal upkeep. An operating system consists of a pump and drive motor that deliver pressurized oil into the hydraulic cylinder.

Hydraulic presses come with either one or two cylinder designs. Some even feature a central control system that enables the operator to set the press's pressure and compression speed remotely.

Hydraulic presses also include safety components like a pressure reversing switch and light curtain sensors to reduce the risk of accidents and ensure they meet all safety regulations.

They Are Easy to Maintain

Hydraulic presses are essential tools in any machine shop, helping factories keep their machinery running and engineers create specific components. Furthermore, hydraulic presses enable inventors to develop next-generation tools to replace traditional machines.

These versatile presses can handle a wide variety of tasks and require minimal training to operate. Plus, with fewer moving parts, there's less maintenance required and lower repair costs.

Hydraulic presses can be designed for versatility in their use, enabling operators to alter the press stroke according to different tasks. This versatility opens up new application opportunities and boosts production efficiency.

Maintenance personnel should closely monitor a press's oil health in addition to performing daily checks. Low or dirty oil levels can cause the press to run poorly or not at all.