Established in the year of 2007, We “Radhey Krishan Industries” are the leading, Manufacturer of Single Action Press, Single Press Tablet Machine, and Single Action Power Press Machine in Ghaziabad, Uttar Pradesh, India.
As a reputable Hydraulic Press Machine and Single Action Press Machine, we specialize in industrial press machine solutions tailored to your specific needs. Our custom press machine options include single-action hydraulic press machines and high-capacity press machines, designed to handle a wide range of pressing applications.
Our press machine equipment is built with cutting-edge technology and adheres to precise press machine specifications. We offer competitive press machine pricing and ensure easy press machine maintenance to keep your operations running smoothly. With a strong presence in the press machine industry and a focus on automation, we take you through the entire press machine manufacturing process, delivering reliable solutions for metalworking, stamping, forming, molding, and assembly. Trust us for quality, efficiency, and innovation in press machines tailored to your industry.
Automatic Type Automatic | Semi-Automatic |
Day Light Gap | 500-1000(mm) |
Stroke | 400-600(mm) |
Capacity | 100-1000(ton) |
Motor (hp) | 15-60 |
A single action press machine, also known as a single stroke press, is a type of mechanical press that performs a single pressing action with each stroke. It is commonly used for various applications such as blanking, piercing, bending, and forming operations. This machine utilizes a single ram or slide that moves downward to apply force on the workpiece, producing the desired result.
A single action press machine operates by utilizing a mechanical mechanism to generate force and perform a pressing action. When the machine is activated, the ram or slide moves downward under hydraulic, pneumatic, or mechanical power. This downward motion applies force on the workpiece, shaping or modifying it according to the die's design. After the pressing action is complete, the ram returns to its initial position to prepare for the next stroke