Integrated manufacturing capabilities built for precision and reliability
Pressure and gravity die casting for varied applications
In-house die and mould design for controlled production
Machining and finishing for ready-to-use components
Technical expertise supporting design and manufacturing
A concise summary of our manufacturing strengths
Scope: Die design, development, validation, and lifecycle support
Supported Processes: Pressure die casting and gravity die casting
Focus Areas: Metal flow optimization, thermal balance, dimensional control
Outcome: Improved repeatability, reduced rework, extended die life
Production Fit: Medium to high-volume manufacturing environments
Precision Tooling Built for Controlled Production
Tooling is the foundation of reliable casting performance. At Arihanth Pro BuildCon, we design and manufacture dies and tooling systems that support repeatable production, dimensional stability, and long operational life. Our in-house toolroom ensures full control over design, development, validation, and lifecycle management.
From high-pressure die casting dies to specialised tooling for gravity casting and other applications, we approach every project with engineering discipline and manufacturing foresight.
In-house die design and manufacturing for complete process control and accountability.
Well-designed tooling directly influences casting quality, cycle time, and production efficiency. By maintaining tooling development under one roof, we reduce dependency risks, improve communication between teams, and ensure alignment between tool design and production requirements.
Our tooling capabilities support both internal manufacturing needs and customer-specific tool development projects.
Every successful casting begins with disciplined die design. Our engineering team works closely with customers to understand component geometry, tolerances, alloy selection, and production volume requirements before initiating design.
We utilise structured design workflows that consider metal flow, cooling channels, venting, ejection systems, and long-term maintenance accessibility. Design validation includes manufacturability reviews to ensure that the tool performs consistently under production conditions.
Design decisions driven by manufacturability, durability, and long-term production efficiency.
By integrating design and manufacturing teams early in the process, we reduce iterations and improve first-time-right outcomes.
Pressure Die Casting Dies form the core of our tooling expertise. These dies are engineered for high-volume aluminium casting applications requiring dimensional precision, repeatability, and structural integrity.
We manufacture PDC dies with attention to gating systems, cooling optimisation, and wear resistance to support consistent cycle performance and extended tool life.
Our PDC dies are designed to integrate seamlessly with our casting operations, ensuring alignment between tooling design and machine capability.
High-precision PDC dies engineered for repeatable, high-volume aluminium casting.
In addition to PDC dies, we manufacture a range of specialised tooling solutions that support diverse manufacturing requirements.
These include gravity die casting dies, injection moulds, and press tools developed for specific industrial applications. Each tooling solution is engineered with the same emphasis on durability, dimensional accuracy, and production efficiency.
Specialised tooling solutions tailored to varied industrial and production needs.
Tool performance does not end at commissioning. We implement inspection protocols, preventive maintenance schedules, and performance monitoring to extend tool life and maintain dimensional accuracy across production runs.
Our lifecycle approach ensures that tooling remains aligned with evolving production demands while minimising downtime and unexpected failures.
By combining engineering expertise with controlled manufacturing systems, Arihanth Pro BuildCon delivers tooling solutions that support predictable, efficient, and quality-driven casting operations.
