We produce complex, high-precision metal parts with excellent surface finish in Steel, Iron, Aluminium and Brass, including aerospace-grade MGB Housing components used in helicopters.
Also known as lost wax casting, it works by coating a wax pattern in a ceramic shell, melting the wax out, and pouring molten metal into the cavity left behind. The result is a part with a much finer surface finish and tighter tolerances than sand or gravity die casting can typically achieve, which is exactly why investment casting is chosen for complex, high-precision components.
We cast in Steel, Iron, Aluminium, and Brass, each chosen to match your part’s strength, weight, and environment.
We cast in Steel, Iron, Aluminium, and Brass, each chosen to match your part’s strength, weight, and environment.
Durable & wear-resistant for defence & industrial applications
Lightweight with excellent strength-to- weight ratio.
Corrosion-resistant and ideal for precision components.
Built to match your part's exact geometry.
Layered around the wax pattern for strength.
The shell is hardened, ready for pouring.
Molten metal fills the cavity left behind.
The ceramic is broken away and the part is cleaned and inspected.
Every batch is inspected for dimensions and defects.
Approved parts are packed securely and shipped on time.
We work with customers across automotive, hydraulics, pumps and valves, and general engineering. Whether you need a custom sand casting manufacturer for automotive components or a foundry partner for pump parts like volute casings, we can take your project from drawing to dispatch.




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Beautiful plant, clean vision of the future. Looking forward to continuing our business and success together.
Excellent facility, very good infrastructure, farsighted planning, and a people-focused organisation. Wishing Mahati all the best.
Reliable on-time delivery and consistent quality on every batch. Their pattern-making precision has made our foundry process far smoother.
Also called lost wax casting: a wax pattern is coated in a ceramic shell, the wax is melted out, and molten metal is poured into the resulting cavity for a highly precise, fine-finish part.
It is used for complex, high-precision components that need an excellent surface finish, including aerospace, defence, and industrial valve parts.
This process achieves tighter tolerances and a much finer surface finish, suited to complex geometries. Sand casting suits larger, simpler parts at a lower cost.
Aerospace, defence, automotive, and general precision engineering all rely on it for complex, high-precision parts.
It produces one of the smoothest as-cast surface finishes of any casting process, often reducing or removing the need for secondary finishing.
It can hold tighter dimensional tolerances than sand or gravity die casting, making it ideal for complex, close-tolerance components.
Steel, iron, aluminium, and brass are all commonly investment cast, chosen based on strength, weight, and the application's needs.
MGB stands for Main Gear Box, the housing supports the helicopter's main rotor gearbox and demands aerospace-grade precision casting.