Your One-Stop Solution for Forging Machines - Adhvika Forge Tech

Our Forging Machines & Capabilities

At Adhvika Forge Tech, we deliver a complete range of industrial forging equipment designed for precision, durability, and long service life. Our machines are built to handle the toughest manufacturing demands, supporting industries from aerospace and automotive to medical and heavy engineering.

Electric Screw Presses

Engineered for energy efficiency and high accuracy, our electric screw presses provide consistent force and stroke control. They are suited for precision forging operations where repeatability is critical. With fewer moving parts than mechanical presses, they require less maintenance while offering longer service life.

Electric screw press offers precision forging with accurate energy control, strong anti-tilt capacity, and reliable, low-maintenance operation for efficiency.

• Turnkey Solutions: From machine selection to commissioning, complete forging line setup under one roof.

• Cost-Effective Projects: Low-cost machinery with optimized energy and material savings for faster ROI.

• Advanced Technology: Expertise in Electric Screw Press, Ring Rolling, and Automated Forging Lines.

• Customized Engineering: Tailored solutions for automotive, aerospace, defense, and industrial applications.

• After-Sales Support: On-site training, maintenance, and reliable service with local support teams.

Direct Drive Screw Presses

Our Direct Drive Screw Presses combine high forging force with precise motion control, making them ideal for complex, high-quality metal forming applications. These presses use a direct motor-to-screw connection, eliminating belts or gears for smoother operation, reduced maintenance, and higher efficiency.

With adjustable stroke and energy settings, they provide exceptional flexibility for both hot and cold forging. The direct drive system ensures consistent performance, minimal vibration, and improved tool life, helping manufacturers achieve tighter tolerances and higher productivity.

Whether you are producing automotive components, aerospace parts, or custom precision forgings, our Direct Drive Screw Presses are engineered for reliability, energy savings and long-term operational stability.

Aluminum Alloy Forging Titanium Forging Inconel Forging Duplex Forging 

Open Die C-Frame Type Hammers

Our Open Die C-Frame Type Hammers combine the flexibility of open die forging with the accessibility and efficiency of a C-frame design. The open front and side access allow operators to handle larger workpieces with ease, making these hammers ideal for producing custom shapes, oversized parts, and low-volume specialty forgings.

The C-frame structure provides excellent accessibility for tooling changes, quick adjustments, and complex part handling, while the hydraulic system ensures controlled, powerful strikes. Adjustable blow force and stroke settings make it possible to achieve precise shaping with minimal material waste.

Built for heavy-duty industrial use, these hammers deliver durability, ease of maintenance, and reliable performance in demanding applications such as aerospace, shipbuilding, power generation, and large machinery manufacturing.

Double Column Hydraulic Hammer – Open Die Forging Industry

The Double Column Hydraulic Hammer is a powerful forging solution for the open die forging industry, designed for heavy-duty operations like forging shafts, rolls, flanges, and large industrial components. Its double column structure ensures superior stability, balanced force distribution, and high rigidity during forging. With precise energy control and a hydraulic drive system, it delivers consistent impact force, reduced vibration, and longer tool life. Suitable for alloy steels, titanium, and stainless steel, it supports upsetting, drawing-out, piercing, and bending operations. Modern versions integrate automation and manipulators, enabling high productivity, energy efficiency, and reliable performance for large-scale forging applications.

At Adhvika Forge Tech, our Double Column Hammer delivers high power, stability, and precision for the open die forging industry. Designed for heavy-duty applications like shafts, flanges, and large industrial parts, it ensures balanced force distribution, reduced vibration, and long tool life. With automation integration and energy efficiency, it offers high productivity, reliable performance, and low maintenance costs for modern forging operations.

“High stability, precise energy control, low vibration, long tool life, and high productivity.”

Hydraulic Press in the Open Die Forging Industry

The hydraulic press plays a critical role in the open die forging industry, offering the force, flexibility, and precision required to forge large, complex components. Unlike mechanical or screw presses that depend on kinetic energy, a hydraulic press uses hydraulic fluid pressure to deliver a controlled and consistent pressing force. This makes it ideal for forging heavy-duty components such as shafts, rolls, flanges, gear blanks, and industrial equipment parts with exceptional accuracy and repeatability.

One of the major advantages of a hydraulic press in open die forging is its programmable pressure and stroke control. Operators can regulate the pressing force at every stage of the forging cycle, ensuring uniform metal flow and superior mechanical properties in the finished component. The ability to maintain constant pressure throughout the stroke allows forging of large cross-section billets without defects, reducing internal stresses and improving metallurgical quality.

“High precision, energy efficient, versatile operations, low maintenance, and long service life.”

Pneumatic Hammer for Open Die Forging

The Pneumatic Hammer is a widely used forging machine in the open die forging industry, offering versatility, simplicity, and cost-effective operation. Powered by compressed air, it delivers high-energy blows for forging operations such as upsetting, drawing-out, bending, punching, shearing, forge welding, and twisting. Its air-driven mechanism allows rapid hammer strokes with adjustable impact energy, ensuring precise control over the forging process.

Pneumatic hammers are compact, easy to maintain, and suitable for small to medium-sized forgings made from carbon steel, alloy steel, and non-ferrous metals. They require less foundation compared to heavy hydraulic presses and are ideal for job shops and medium-scale forging units. The simple design ensures low installation cost, while the quick stroke adjustment enhances productivity. Overall, pneumatic hammers remain a reliable, affordable, and flexible solution for various open die forging applications.