Hydraulic open die forging press works in Xi’an

Hydraulic forging presses are mainly used for refueling and feeding applications in various industries. The hydraulic forging presses we offer are safety tested and come with a long-term warranty.

The hydraulic press is generally composed of three parts: the machine (host), the power system and the hydraulic control system. It is often used in the pressing process and press forming process, such as: forging, stamping, cold extrusion, straightening, bending, flanging, sheet drawing, powder Metallurgy, press fitting, etc.

Hydraulic free forging presses are mainly used for metal free forging, but also for load-bearing die forging. They have the functions of rapid forging, normal forging, pressure holding, etc., and meet various forging technical requirements such as upsetting, drawing, perforation, saddle forging, bending, etc. , partial forging, etc.

“A hydraulic press is a machine that uses oil to transfer energy and has variable stroke length, die space and pressure compared to traditional mechanical presses.

Hydraulic forging machines are becoming more and more important to any blacksmith shop. Often crafted by hand, this relatively small machine allows a blacksmith to perform many of the same operations as a power hammer, while adding more control and expanding what one can do with hot metal.

This is a small hydraulic press built by Anyang Forging Press. It’s slow, but if you’re patient enough, it can actually forge a steel forging well.

Our range of hydraulic forging presses for closed and open die forging are available in various sizes and capacities up to 2000 tons. These machines are rugged and use high-end hydraulics for extremely fast operation. High-end hydraulic systems using cartridge valves also increase reliability and reduce maintenance downtime and costs.

Hydraulic free forging presses are mainly used for metal free forging, but also for load-bearing die forging, with functions such as rapid forging, normal forging, and pressure holding.

A forging press (sometimes simply called a press) is a machine that uses a vertical plunger to gradually apply greater force to a die. Forging presses do not repeatedly strike exposed parts like a power forging hammer—forging presses slowly shape a piece of metal and create uniform plastic deformation across the material.

Forging presses are varied across application, type, and even manufacturer. Understanding key considerations when deciding on a new forging press can help narrow the list of potential machines fit for your job.

The general hydraulic free forging press is mainly used in metal open die forging, also used for bolster die forging,with functions of fast forging, normal forging and pressure keeping, etc, satisfying various forging technical requirements, such as upsetting, drawing out, piercing, saddle forging, bending, offset forging, etc.

The video shows a 3150-ton Open Die Forging Press and an 8-ton Forging Manipulator, both manufactured by Anyang Forging Press Company.

Ordinary free forging hydraulic press is suitable for free forging of metal materials and forging of fetal membrane. It has functions such as quick forging, constant forging and pressure holding, and meets the forging process requirements of upsetting, drawing, punching, reaming, bending and offset shifting.The professional hydraulic press for ring rolling and blank making has automatic blank centering device and swing arm punch device, which can quickly complete upsetting and punching of materials. It is mainly used in conjunction with CNC radial and axial ring rolling machines.

The hydraulic forging press is suitable for small free forging and has the advantages of good displacement control, fast forging speed and strong forging power.

Hydraulic free forging press is mainly used for metal free forging, but also for load-bearing die forging. It has the functions of rapid forging, normal forging, pressure holding, etc., and meets various forging technical requirements such as upsetting, drawing, perforation, saddle forging, bending, etc. , partial forging, etc.