Forging

Raw Material Preparation
Billet Heating
Forging & Forming
Finished Forged Components
Raw Material Preparation Raw Material Preparation
Billet Heating Billet Heating
Forging & Forming Forging & Forming
Finished Forged Components Finished Forged Components

Name: Forging

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Forging is a manufacturing process in which heated metal is shaped through controlled compressive forces to produce strong and accurately formed components. The process is suitable for components requiring robust mechanical construction, controlled grain flow and dependable dimensional performance.

Atharv Automation combines forging with its machining capabilities to manufacture application-specific components according to customer drawings, material requirements and dimensional specifications. Forged components can be further machined to achieve the required final geometry and critical dimensions.

Controlled Forming · Robust Components · Dimensional Consistency · Custom Solutions

Forging Parts

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Forged Shaft Components
Forged Shaft Components
Forged Flange Parts
Forged Flange Parts
Connecting Rod Forgings
Connecting Rod Forgings
Forged Mounting Brackets
Forged Mounting Brackets
Forged Coupling Components
Forged Coupling Components
Precision Forged Bushes
Precision Forged Bushes

Forging Process

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Our forging process transforms prepared metal stock into engineered component shapes through controlled heating, forming and finishing operations. Each stage is coordinated to achieve the required shape, dimensional control and production consistency before the component moves to final machining and inspection.

Material-Preparation-Heating

01 — MATERIAL PREPARATION & HEATING

Preparing the metal for controlled forming.

The process begins with selecting and preparing the required metal stock according to the component specification. The material is cut into suitable blanks to provide the required quantity of material for the forming operation.

The prepared blank is then heated to the required forging temperature. Controlled heating brings the material into a suitable condition for forming while maintaining consistency throughout the production cycle.

Process Steps :-

  • Material Selection
  • Stock Cutting
  • Blank Preparation
  • Controlled Heating
Forging-Shape-Formation

02 — FORGING & SHAPE FORMATION

Transforming the heated blank into the required component form.

The heated metal blank is positioned in the forging setup and subjected to controlled compressive force. The material progressively takes the required shape through the selected forging operation.

Forming parameters are controlled according to the component geometry and production requirements. This stage establishes the primary shape and structural form of the forged component.

Process Steps :-

  • Blank Positioning
  • Die Setup
  • Controlled Forming
  • Shape Development
Trimming-Conditioning

03 — TRIMMING & CONDITIONING

Removing excess material and preparing the forged component for further operations.

After forming, excess material such as flash is removed from the forged component to achieve a cleaner and more defined profile. The component is then prepared for subsequent processing according to its required geometry.

Where required, additional conditioning operations can be carried out to prepare the forged part for machining. These operations help establish a suitable starting condition for achieving the final component dimensions.

Process Steps :-

  • Flash Removal
  • Edge Trimming
  • Surface Conditioning
  • Component Preparation
Machining-Final-Verification

04 — MACHINING & FINAL VERIFICATION

Converting the forged form into a finished precision component.

Forged components can undergo CNC Turning, VMC / CNC Machining and other precision machining operations to produce critical bores, threads, surfaces and dimensional features that cannot be achieved during the primary forming stage.

The finished component is then checked against the required dimensional and technical specifications. Final inspection confirms that the component is ready for subsequent production, assembly or delivery.

Process Steps :-

  • Precision Machining
  • Critical Feature Creation
  • Dimensional Checking
  • Final Inspection


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