Advanced Manufacturing
High-end manufacturing processes.

Advanced manufacturing encapsulates a wide spectrum of activities and processes. Advanced Manufacturing at Bharat Forge Ltd. centers on four key activities namely Additive Manufacturing / 3D printing, Reverse Engineering, Electron Beam Welding and Laser Processing.

Driving Innovation Through Technology & Value Addition
Advanced Manufacturing
ELECTRON BEAM WELDING
ELECTRON BEAM WELDING
  • DIS-Similar Metal Welding
  • Welding upto 150MM in Single Pass
Kalyani Centre for Technology & Innovation
LASER PROCESSING
  • Laser Metal Deposition
  • Laser Cladding
  • Laser Welding
  • Laser Cutting
Material Science
Technologically advanced components for different applications.

Several R&D projects in the area of high strength steels and alloys of exotic metals have helped Bharat Forge Ltd. build a portfolio of components with application over different sectors.

Our research and development project areas:
  • Heat Treatment of – Steels, Aluminium, Titanium, Inconel, and stainless steel alloys
  • Failure analysis and process problem solving
  • Advanced characterization of materials
  • New material and process development
  • Surface engineering
  • Phase transformation studies
  • Modelling and simulation of Heat Treatment Processes
Green Forging
Powered by Renewable Energy Resources

Over the years, Bharat Forge Ltd. has created world-class capacities and capabilities in forging. Our facilities consist of fully automated forgings press lines that are powered by renewable energy.

Forging cell capabilities
1
  • New Product / Process Development
2
  • Modelling & Simulation
3
  • Life Assessment
4
  • Die Life Improvement
5
  • Design and Analysis
The Forging Cell at KCTI works on research in areas like:
  • Design and development of new products and processes.
  • Modelling and simulation of Metal Forming processes.
  • Deformation studies and associated metallurgical analysis of super alloys, ferrous and non-ferrous alloys.
  • Process improvements/ cost optimization in metal forming process.
  • Product life assessment through fatigue, fracture and creep studies.
Design Engineering & Product Development
End-to-end solutions for global customers.

Bharat Forge Ltd. uses its extensive technology, state-of-the-art CAD / CAM / CAE infrastructure, product design and product development expertise to cater to its global customers.

Design Engineering & Product Development
Advanced Machining
World class machining facilities, best in the industry.

The machining facility is supported by well-equipped and modern tool room, standard room, metallurgical lab and design & process facilities. Added to these are our flawless inspection and testing facilities that further take manufacturing standards to levels of excellence.

Bharat Forge for so many years was mainly producing steel forging supplying in the form of forged parts or machined parts based on customer requirement. About 8 years back Bharat Forge entered into manufacturing and supply of components made out of exotic materials like Titanium alloys, Aluminium alloy and Nickel base alloys. As forging of exotic alloys requires technology development to suit to particular alloy, in the same way new alloys also require different machining technology. KCTI is continuously giving parameter for machining of new alloys and solving any problem faced during machining of new alloys.

  • Development of super alloy parts for Aerospace Ind.
  • Automation and Smart Manufacturing Integration
  • Gear Manufacturing
  • Development and Machining of Composites
  • High-Performance Polymers
  • Ultra High Strength Steels and Maraging Steels
  • Customer-Centric Innovation
  • Artificial Intelligence (AI) and Machine Learning (ML)
  • IoT-Enabled Smart Machining
  • Algorithm Development for Process Optimization
  • Hybrid Manufacturing
  • Sustainable Machining Solutions
  • Micro- Nano Machining
  • High-Speed & Ultrasonic Machining
  • Nano-Fluids & High-Pressure Coolant
  • Machining Process Simulation
  • Tool Wear and Life
  • GD & T and Stack up
  • Vibration and Stability
  • Surface Integrity
  • Chip Mechanism
  • Tool-Workpiece Interaction
  • Cutting Force and Torque
  • Thermal & Residual Stress