Lite Magnesium Products Inc./strong> was incorporated in 2020, providing end-to-end solutions in magnesium-based products/
components from designing to production phases, by adopting innovative & recent technologies available in the industry.

Through our in-house processes for light metals engineering, we strive to increase the operational efficiency of products,
by excelling in:



Quality is a critical aspect that encompasses several factors.



Aircraft innovation is a continuous process in the aerospace



Simulation engineering allows engineers to virtually test



They are designed to have minimal or no harmful emissions

There's More Coming

The above overview provides a general understanding of aircraft. However, each specific type of aircraft
has its own unique features and functionalities.


To be the preferred partner for light metal products by offering one-stop cost effective solutions for innovative and high-quality products to clients in Aviation, Space, Defense and Automotive industries


Through Innovative design and light metals engineering, reduce weight thus increasing operational efficiency of products.





Innovative precision process for the delivery of high performance
components to target industries through sustainable and
scalable production methodologies


One stop solution

Design, Engineering, Forging, Foundry, Forming, Extrusion, Fabrication,
Machining and Coating


Executive team

A vastly experienced executive team drawn from key positions
across our target industries


Industry benchmarks

The pursuit of best practices lean manufacturing and six sigma
standards to all business areas to meet or exceed global benchmark
values for Quality, Cost, Delivery, Innovation and Customer Service

global market

Global Presence:

Strategically located local production units for global markets

Production Process

Lite Magnesium is a pioneer in providing light weight solutions from designing to finished phase of products/components. We have demonstrated capabilities to collaborate at all stages of product and business life cycle.

Designing & Simulation

  • 3D CAD modeling expertise
  • Identification of porosity in castings
  • Filling simulation, mold design using casting simulation
  • Identification of micro-shrinkage effects depending on mold design
  • Identification of critical areas


  • Sand casting
  • Investment casting
  • Gravity die casting
  • Pressure (high and low) die casting (from late 2018)

Coating & Sealing

  • Conversion coating
  • Anodizing (from mid 2018)
  • Surface sealing (from mid 2018)
  • Painting (from mid 2018)


  • CNC Machining
  • JIG boring machining
  • Cutting machine
  • Milling machine
  • Coordinate measuring machine (CMM)


  • Open die forging
  • Closed die forging

IPs Developed

R&D is a core value at LM which drives in developing innovative processes and technologies to address various current and emerging business/industry needs.


  • Any meta to MG alloy conversion
    Structural analysis
  • Dynamics analysis
  • Topology optimization
  • Industrial designing
  • Design to business approach
  • Addictive technology
  • Product development
  • Certification
  • Value engineering


  • Proprietary machining
  • Coolant suitable for mag machining
  • Usage of advanced optimization technologies
  • Safe handling of hazardous Mg chips removal technology
  • Safe operating conditions for cutting & polishing of Mg

Coating & Sealing

  • Corrosion resistance coating
  • Configuration based coating
  • Environmental based coating
  • Multiple coating for same part
  • Better corrosion resistant insert handling technology
  • Increased part life
  • Increased product lifecycle


  • Rapid casting
  • Sand & investment
  • Differential pressure casting
  • Counters gravity
  • Green technology
  • No Sulphur used
  • Topology optimization
  • Weight reduction

Quality Policy

  • Commitment towards Excellence by all Employees
  • Continual Improvement in all Key Processes
  • Meet or Exceed Customer Expectations


Quality is Achieved by

  • Zero Tolerance Towards Defects
  • Developing Employees through Education and Training
  • Incorporating Customer Requirements in all Key Processes
  • Conformance to Quality & Environmental Systems
  • Driving Quality Initiatives with Suppliers and Partners
  • Conformance to Statutory and Regulatory requirements
  • Prioritization and Allocation of Proper Resources