Horizontal Counterblow Forging

Revolutionising high-volume production, our automated Horizontal Counterblow Forging system delivers precision components at industry-leading speeds of one forged part every 2.5 seconds.

Our Model C Chambersburg Automated System represents the latest evolution in our manufacturing capabilities.

By concentrating impact energy directly within the forged body, this process achieves superior uniformity and structural integrity while utilising energy more efficiently than traditional forging methods. Because the two forging masses collide simultaneously, the energy is fully absorbed by the workpiece, resulting in a refined, homogeneous grain structure that is free from the internal stresses.

This provides a scalable, cost-effective solution for medium-to-high volume production, delivering industry-leading consistency, improved mechanical properties, and significantly reduced lead times for critical industrial components.

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The Horizontal Counterblow Advantage

Counterblow forging operates on the principle of balanced kinetic energy: two bodies of equal mass are accelerated toward each other at identical speeds. When the forging stock is placed between them, it is deformed by the collision, concentrating all energy into the workpiece.

Precision Control

Impact energy is preset and regulated by precise timing, ensuring every component receives the exact same deformation force.

Operational Efficiency

Because the energy is fully absorbed by the workpiece, the process requires less total energy, resulting in the lowest possible production costs for large-scale batches.

Superior Consistency

The automated nature of the system ensures that every part is identical, meeting the rigorous standards required for automotive, oil and gas, and industrial applications.

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The Horizontal Counterblow Forging Process

Our Horizontal Counterblow system operates on a principle of balanced kinetic energy.

Two rams of equal mass are accelerated toward each other at identical, high-precision speeds. Upon collision, the reaction forces are perfectly countered, concentrating the entire absorption of energy directly into the workpiece rather than the machine’s structure.

When the pre-heated forging stock is placed between the rams, it is deformed instantaneously by the generated impact energy. We utilise precise, programmable timing controls to calibrate this energy, ensuring every blow is delivered with exact force. This allows us to optimise energy consumption specifically for the geometry and complexity of each component, significantly reducing waste while maintaining unparalleled consistency across high-volume production runs.

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Our Automated Forging System Explained

Our production system is designed for high-speed, autonomous throughput, eliminating the variability associated with manual manipulation.

Automated Loading

Sawn billets are loaded into an integrated hopper system.

Induction Heating

Billets pass through a Radyne induction heater, ensuring precise, uniform thermal profiles.

Robotic Pallet Feed

A custom hydraulic servo-driven robotic arm precisely locates pre-heated stock into the forging dies.

Die Longevity

Minimal contact between stock and die, combined with programmable energy levels and blow patterns, significantly extends die life and maintains exceptional product quality throughout the run.