Product Introduction

Powder Compacting Presses, Sizing Presses

A powder Compacting press feeds blended raw powder—created by mixing powders of various materials—into a mold and compacts it under pressure.
This process minimizes machining requirements and enables the efficient production of high-performance, complex-shaped components.

In particular, our specialty hydraulic molding presses can be customized to meet each customer’s specific needs.
For example, they can maintain high pressure at elevated temperatures on the raw powder, or perform repeated pressurizing and depressurizing cycles to remove trapped air during molding.

Hot Forming Press

Hot forming presses are widely used not only for plastic forming at warm and hot temperatures.
They are also applied to a wide range of materials, including various resins, grinding wheels, electronic components, brake parts, rubber, and wood-based materials.
In particular, our energy-saving hot forming presses significantly reduce power consumption even during
long periods of pressure holding, while maintaining high-precision pressure control throughout the holding process.

In addition, our presses ensure safe operation by automatically transferring heated molds outside the machine.
They can also be equipped with bumping actions to vent gases generated under high-temperature conditions,
as well as vacuum evacuation of the molding chamber and other special specifications, offering exceptional flexibility to meet diverse requirements.

Forging Presses and Coining Presses

In recent years, as demand for high-mix, low-volume production continues to grow, cold forging has been attracting increasing attention for its ability to produce only the required quantity efficiently without the need for heating.
In particular, our compact forging presses are increasingly being installed in-line with machining equipment, enabling seamless production.
They eliminate forging scale, deliver superior surface quality, are environmentally friendly, and ensure high-precision component manufacturing.

Cold forging tends to generate highly concentrated loads, but our high-rigidity frames help ensure the production of high-quality components.
Meanwhile, in hot forging, the contact time between the die and the workpiece significantly affects the die’s service life, which is why mechanical presses are commonly used.
However, our hydraulic forging presses take advantage of the unique characteristics of hydraulics, enabling complex processing while keeping the dies clamped under pressure.

Other Presses