About

A Pneumatic Forging Hammer (also called an air hammer or power hammer) is a type of forging machine that uses compressed air to operate a hammering mechanism for shaping, drawing out, or compacting hot metal. Its widely used in blacksmithing, forging shops, and metal industries because it provides faster, more consistent hammering compared to manual hammering.

Key Features:

• Power Source: Compressed air.

• Operation: A piston moves up and down using air pressure, striking the metal workpiece placed on the anvil.

• Control: Foot pedals or hand levers allow precise control of blows.

• Striking Force: Adjustable can range from light taps to heavy blows.

• Efficiency: Saves time and effort compared to manual forging.

Main Components:

1. Frame/Body Provides structural support.

2. Anvil Heavy block that absorbs hammer blows.

3. Hammer/Piston The striking head powered by air.

4. Air Cylinder Where compressed air drives the piston.

5. Control Valve/Pedal Regulates hammer speed and force.

6. Foundation/Base Holds the machine stable during operation.

Advantages:

• Easy and safe to operate.

• Produces uniform, powerful strikes.

• Lower operator fatigue compared to manual hammering.

• Good for both small workshops and industrial forging units.

• Can handle precision forging as well as heavy-duty forging.

Common Applications:

• Forging of tools (chisels, hammers, spanners).

• Manufacturing automotive, agricultural, and hardware components.

• Blacksmithing and artistic metalwork.

• Compacting and shaping steel bars, rods, and billets.