Precision Parts Delivered
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Years of Metallurgy
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First-Pass Yield
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Countries We are Present in
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Capability
Investment Casting
Precision wax patterns and near-net shapes for complex geometries in stainless, alloy, and carbon steels—finished, tested, and delivered ready for assembly in mission-critical applications.
Capability
Pressure Die Casting
GDC, LPDC, and HPDC solutions for aluminum components where weight, conductivity, and accuracy matter—controlled porosity, stable cycles, and post-processing to spec.
Capability
Precision Forgings
Closed-die, open-die, upset, and cold forging with in-house die design and heat treatment—structural integrity for rail, defense, transmission, and automotive assemblies.
Capability
CNC & EDM Machining
CNC turning, VMC, HMC, EDM, and gear machining deliver tight tolerances in steels, aluminum, copper alloys, and cast irons—multi-axis precision, in-process checks, assembly-ready output.
Advantage Amsol
Advanced Manufacturing Solutions, End-to-End
AMSOL Industries Pvt. Ltd. is an ISO 9001:2015 certified manufacturing and engineering company specializing in casting,
forging, and precision machining for mission-critical industries. Headquartered in Rajkot with roots in Germany, AMSOL
unites more than forty years of metallurgical expertise through a proven legacy of foundry and engineering support.
Our
delivery model is engineered for performance, precision, and reliability: reverse engineering, product development, pilot
runs, production, and outbound logistics operate as one controlled system. Programs span ferrous and non-ferrous
materials and progress from prototypes to volume with consistent, measurable quality. Sectors served include automotive,
oil & gas, pumps and valves, rail, defense, power transmission, construction & mining, aerospace, and agriculture
machinery.
Vision
To be a globally recognized leader in metal engineering by innovating, adapting, and delivering excellence across casting,
forging, machining, and engineering services4while building long-term partnerships worldwide.
Mission
To engineer precision-driven, economical, and superlative solutions that empower customers to succeed4creating
sustainable value through technical expertise, world-class manufacturing, rigorous quality, innovation, dependable logistics,
and customer satisfaction.
One-Stop, Multi-Process Manufacturing
Casting, forging, CNC / VMC / HMC / EDM, sheet metal, powder metal, additive manufacturing, injection molding, surface and post-treatment—AMSOL consolidates critical operations to reduce supplier count, risk, and lead time while improving program control.
Material Versatility & Standards
Ferrous and non-ferrous expertise—including EN8, EN24, SS316L, HE30, and nickel alloys—delivered to global benchmarks (ASTM, DIN, EN, JIS) with traceability and documented process control.
Who do we serve
Global Manufacturing Capacity
Engineering, quality-certified manufacturing, and logistics are integrated to serve programs across regions. AMSOL maintains presence in 12 countries and exports to 30+ destinations, including hubs across Europe, the Middle East, and North America—combining local responsiveness with global compliance and control.
What we serve
Industries we serve
Our work supports everyday industries. We supply parts for rail, defense, automotive, and agriculture where reliable performance matters most.
Blogs
Latest from Amsol
Explore AMSOL insights on casting, forging, machining, and engineering innovations. Follow industry updates, case studies, and expert perspectives.
Why Railway Axles Don’t Snap at 200 km/h
The Core Idea A railway axle is a simple promise: carry heavy loads, spin for years, and never fail without warning. It looks like a bar of steel. It is not. It is a safety system. Every choice—shape, steel, surface, and test method—pushes the axle away from sudden breakage and
When Metals Get Stronger as They Heat Up: The Strange Physics of Shock Rate Strengthening
The core idea Metals usually soften as temperature goes up. Under extreme loading rates, that rule can flip. At crash speed or impact speed, some alloys resist deformation more as they get hotter. Flow stress can rise with temperature because of how defects move at shock rates. Why intuition fails
The Geometry That Saves Fuel
The core idea Fuel burns to push against drag, friction, and leakage. Geometry sets those three bills. Change a curve, a ridge, or a tiny edge break, and you change how air, oil, and parts move past one another. The biggest savings often come from small shape decisions that work