Hydraulic presses boast unrivaled flexibility when forming metal, composites, or plastics. They are versatile, accurate and repeatable because they offer:
- Full Tonnage Throughout the Stroke – Hydraulic presses can generate full pressing force anywhere in the stroke, unlike mechanical presses which can only develop full force near the bottom of the stroke. This allows you to control a multitude of job parameters including travel distance, pressure, and return position. It’s this programming flexibility that yields a hydraulic press’ greatest advantage.
- Customization – The principles of hydraulic force inherently allow for creative engineering. Due to the programmability of the hydraulic system, a hydraulic press can meet your specific requirements whether they are simple or complex. With hydraulics, the possibilities are endless!
- Flexibility – Hydraulic presses can be designed for down-acting, up-acting, side-acting, and multi-action operation. Power systems can be placed above, below, or adjacent to the press. Large-bed presses can be designed for low tonnage applications, and small-bed presses can be designed for high tonnage requirements.
- Compact Footprints – Since hydraulic systems can generate high pressure over a small surface area, hydraulic presses consume almost 50% less floor space than mechanical presses.
- Economical Maintenance & Service Costs – The standard components used in a fluid power system cost significantly less than their mechanical counterparts. The vital components in mechanical presses, such as crankshafts, flywheels, and clutch/brake systems, are expensive to replace and often require custom manufacturing.
- Longer Tool Life – Hydraulic press tooling is developed to fit the application, not the press. By incorporating hydraulic relief valves into the hydraulic circuits, a press’ force cannot exceed the pressure that it is allowed to build. This overload protection reduces stress on tooling and extends tool life.