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For more than 30 years, companies around the world have depended on Intertek

Oil & Gas Industry

Overcoming Technology Challenges :
Making the Most of Resources

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History

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History

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Our Team

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John Cusack

Enginner
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John Cusack

Sales Manager
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John Cusack

Sales Manager
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John Cusack

Marketing Manager

Best Hydraulic Forging Press in Trichy

A hydraulic press is a system that uses hydraulic power to generate compressive forces for general engineering purposes. This has numerous engineering applications. It is used in moulding, punching, deep drawing, forming, and other engineering applications.

A typical Cold Forging Press consists of a sturdy structure that houses the hydraulic system, reservoir, control panel, platform, piston or ram, and is capable of handling multiple loads. They are classified according to the press’s structure or the application for which it was designed.

Presses are designed and developed in close collaboration with our customers to provide the most efficient combination of specifications for a more efficient work cycle with our presses.

Our range of Hydraulic Forging Press for closed die and open die forging are available in various sizes and up to 2000 Tons capacities. The machines are robust and use high-end hydraulic systems to achieve extremely fast speeds of operation. The high-end hydraulics using cartridge valves also increase their reliability and reduce maintenance downtimes and costs. Ejectors are also provide to eject the components after forging. The machines are working satisfactorily in various forging plants all over India for many years.

Applications of Forging Presses 

  • Forging presses can produce automotive parts, especially when they need to be made in great volumes. In addition, forging presses can be used to manufacture crankshafts, connecting rods, and camshafts.
  • Manufacturing large industrial valves employ forging presses because of the greater precision needed in the industry.
  • Forging presses create parts for mining equipment such as transmission components, gears, levers, shafts, spindles, ball joints, wheel hubs, rollers, yokes, axle beams, bearing holders, and links. Most of the shaft-like pieces are produced using upsetter presses.
  • Due to their adaptability and robustness, screw presses are frequently used for bigger manufacturing operations. Furthermore, with the current interest in space flight, the demand for specialized, high-crafter materials is anticipated to expand. Therefore, screw presses may become more significant in the years to come.
  • Additionally, governments use mechanical presses for the coin-molding process.Choosing the Right Forging Press ManufacturerTheir quality can be ensured, as we manufacture it according to the industry norms. Being one of the well-reckoned Hydraulic Forging Press Manufacturers, we understand your requirements and deliver custom-made solutions accordingly. 

How does a hydraulic forging press work?​

The basic components of a hydraulic forging press are the frame, the ram, the hydraulic system, and the die. The frame is the base and support system of the machine which houses other components. The ram is the moving part that is used to apply pressure to the workpiece. The hydraulic system is the mechanical system that pressurizes the working fluid to operate the press. The die is the metal piece that is used to shape the workpiece. In a forging process, the metal piece being shaped is placed between the die and the ram so that it is being compressed by the ram from above and the die from below.  

Benefits of Using a Hydraulic Press​

There are many benefits to using a hydraulic press. Here are just a few:

  • They are incredibly powerful and can generate huge amounts of force.
  • They are incredibly precise and can be used to create complex shapes and patterns.
  • They are incredibly efficient, meaning they can complete tasks much faster than other machines.
  • They are incredibly safe, as they use hydraulic fluid instead of electricity.
  • They are incredibly versatile and can be used for a variety of tasks.