Closed Die Forging Components

The Role of Forged and Machined Components in Industry

In the modern fast-changing processes of industrial growth, the role of high – precision, accurately manufactured parts can simply not be overemphasized. At Kalaria Auto Forge we have been proud to be associated as major supplier of Forged and Machined Components which form the basic structure of several Indian Industries. Thanks to our know-how in forging and machining, we can create parts to the finest standards required so that the machines and systems that advance our Country function optimally.

The Art and Science of Forging

Forging is the most ancient metalworking technique which has been adopted by today’s advanced technologies to fulfill the requirements of the modern world. Essentially, forging is a process of working metals with the help of pressure through the application of force such as hammering or pressing for example. This process leads to part builds that have increased strength, durability and part solidity than those produced by other manufacturing processes.


We at Kalaria Auto Forge have mastered various forging techniques, including:

  1. Open-die forging: suited for producing usually large and simple shapes, and can be used for small series production.
  2. Closed-die forging: The best for shapes and edges, as well as volume manufacturing.
  3. Roll forging: Very useful for making long parts or elements where cross sections of the pipeline are going to be of the same plane.
  4. Precision forging: Creating parts with geometries that are almost final form thus the need for minimal material removal.

Due to our highly advanced forging equipments, we accept the following materials readily for forging; Carbon steel, Alloy steel, Stainless steel, Aluminum and Titanium among others. This flexibility allows the company to sustain various industries namely the auto industry, aerospace, railway and construction equipment industries.

The Precision of Machining

Although forging creates the necessary basis for the formation of components with great strength and durability, machining creates the aesthetic touches that necessary to have accurate size and perfect surface. High Quality CNC (Computer Numerical Control) machining center facilitates to convert the forged blanks into precision ready products.


Some of the key machining processes we employ include:

  1. Turning: It is used when in the production of parts with cylindrical geometries whereby accuracy is very important.
  2. Milling: Recommended to work on intricate designs, contours and other designs on flat or irregular surfaces.
  3. Drilling: To use for forming correct holes and bores.
  4. Grinding: To onshore highly complex, large parts and projects to attain surface finishes and tight tolerances.

With forging, and machining in one shop we can provide our customer with a consistent finished product meeting high quality standards and competitive pricing.

Industries We Serve

Our Forged and Machined Components play crucial roles in various sectors that drive India’s economic growth:

  • Automotive Industry
  • Automotive industry is undoubtedly one among the largest consumer for forged and machined parts. We produce a wide range of components, including:


    • - Crankshafts and connecting rods
    • - Steering knuckles and control arms
    • - Transmission gears and shafts
    • - Wheel hubs and axle components

    • These parts play a crucial role in the operation, safety and durability of automobiles right from two wheelers to heavy duty commercial vehicles.

    • Aerospace and Defense
    • Aerospace is a sensitive field that requires components that are accurate and of great quality. Our forged and machined parts find applications in:


      • - Aircraft landing gear components
      • - Engine mounts and structural fittings
      • - Turbine blades and discs
      • - Missile and rocket components

      • This can only be understood as we meet all the quality demands and certifications necessary to meet the aerospace and defense industries’ safety and reliability demands.

      • Railways
      • Further, being part of railway network of India, it is essential to use tough and long lasting parts for smooth and safe running of trains. We supply various parts for locomotives and rolling stock, including:


        • - Axle components
        • - Suspension systems
        • - Coupling mechanisms
        • - Brake system components

        • It is our privilege to provide these contributions for improving the durability and efficiency of railway equipment to improve railway systems of India.

        • Heavy Machinery and Construction Equipment
        • The construction and infrastructure industries rely and integrate on equipment that is robust enough to handle these conditions to some degree. We provide forged and machined components for:


          • - Excavators and bulldozers
          • - Cranes as well as other equipment used to handle materials
          • - Mining machinery
          • - Agricultural equipment

          They maintain the durability and reliability of equipments required for establishment of large structures needed to support development of infrastructural base and industries in India.

Advantages of Forged and Machined Components

The combination of Forged and Machined Components offers several advantages that make our components the preferred choice for industries across India:


  1. Superior Strength: Metal that has been forged has its grain flow in common direction and hence parts made from forged metal are stronger than cast or simply machined material.
  2. Improved Fatigue Resistance: The three dimensional grain structure of forged parts enhances the cyclic loading resistance hence improving the durability of functional parts.
  3. Cost-Effectiveness: The near-net-shape forging reduces the extent of material removal by machining and hence the time taken, thus making the process production more efficient and cheaper.
  4. Consistency: We can therefore guarantee quality across the entire line because the forging and machining are done concurrently since the forging dies are produced by the same plant that does the large production runs much as industries that highly value quality dictate.
  5. Design Flexibility: The fact that both forging and machining are in use results into production of different forms and shapes that cannot be produced by other methods.

Our Commitment to Quality and Innovation

This is why at Kalaria Auto Forge, we embrace a mentality that the parts which we manufacture normally go unnoticed, yet they work day and night to ensure that machines continue to operate safely and efficiently. That’s why we invest heavily in quality control measures, including:


  • - Sophisticated non destructive testing procedures
  • - The ability to refine the identification of materials and obtaining certifications.
  • - Running process Audit and development
  • - This means that all the equipment should undergo calibration very often.

We also keep abreast with technology innovation in Forged Components Manufacturer. In this context, our research and development team is constantly studying the possibilities of new materials and processes as well as new, better solutions to propose to our clients which stay at the same time more effective and more cost-efficient.


Conclusion

While the country is on the course of evolving to become the Forged Components Manufacturer hub of the world, the demand and importance of forged and machined parts cannot be underestimated. At Kalaria Auto Forge, we are honored to be part of this revolution and contributing the raw materials that is powering industries and opening up opportunities in various industries.