A fully integrated iron foundry built for process stability, metallurgical consistency, and scalable OEM production — from controlled melting to inspection-ready castings.
Melting, mould preparation, and pouring operations are carried out under controlled parameters to maintain metallurgical stability.
Runners, risers, and surface irregularities are systematically removed to prepare castings for downstream machining.
CNC and conventional machining processes deliver dimensional accuracy and components ready for assembly-line integration.
Multi-stage validation verifies material properties, dimensions, and functional compliance before final dispatch.
A technical walkthrough of the machinery and control protocols supporting high-volume OEM production.
Incoming material chemistry and metallurgical parameters are controlled to support stable microstructure and predictable mechanical performance across production runs.
Sand system parameters are maintained to support dimensional accuracy, surface finish, and repeatable mould quality in automotive sand casting operations.
Melting and pouring practices are carried out under controlled thermal and chemical conditions to minimize variation during solidification.
Automated moulding lines support repeatable mould quality and consistent dimensional outcomes for medium to high volume production.
High-pressure moulding systems enable volume manufacturing with controlled rejection levels and stable process performance.
Post-casting surface processing prepares components for inspection and downstream machining operations.
Machining operations support dimensional accuracy and supply-ready components for automotive and engineering applications.
Inspection and measurement processes verify dimensional and functional requirements prior to dispatch.
Practices are embedded into our daily operations through defined procedures and controlled working conditions to ensure workforce well-being and responsible manufacturing.
Workplace health is maintained through controlled shop-floor conditions, high-volume ventilation, heat management, and mandatory use of high-grade protective equipment.
Addressed through active machine guarding, automated material handling, and preventive maintenance cycles to eliminate risk at every production stage.
Impact is managed through 100% scrap reuse, closed-loop sand handling systems, and energy-efficient induction furnace operations.
Zero Harm Policy
ISO Compliant Infrastructure