The ROTAMECH Tap Hole Drill Machine is a vital piece of equipment in metallurgical operations, specifically designed for drilling through the refractory-lined tap holes of furnaces such as BF, EAF, MBF , SAFs. Built to withstand extreme temperatures and harsh working environments, this machine ensures safe, efficient, and precise tapping of molten metal. Its robust design, hydraulic or pneumatic drive systems, and high-torque drilling capability make it indispensable for maintaining optimal furnace performance. The Tap Hole Drill Machine plays a critical role in minimizing downtime, improving operational safety, and ensuring continuous, controlled tapping in high-temperature metallurgical processes.
The ROTAMECH Hydraulic Mud Gun features advanced technology with a capacity of 40 to 130 liters upto 160 kg/cm² clay mass pressure. Its 180-degree swivel design allows easy parking and improved operational access. A hose-less piping system simplifies maintenance by eliminating the need for conventional hose networks. Built with high-quality components sourced from top domestic suppliers, the Mud Gun delivers reliable, durable performance in demanding conditions.
The Linear Casting Machine is essential for producing pig iron, Rerro Alloys and Non-Ferrous metals like Zinc , Copper , Aluminium , Platinum etc used in foundries, steel plants, and various industries like automotive and construction. It offers high-temperature resistance, precise temperature control, and an automated casting process with multiple mold sizes for high-capacity production. Available in horizontal, vertical, circular , carousel like automatic and semi-automatic types. It ensures efficient and reliable casting of metal alloys in demanding industrial environments.
The Hydraulic/Mechanical Ladle Tilter is a specialized machine used in foundries to safely and efficiently tilt ladles containing molten metal. It features a robust support stand with spaced bearings, a pivot-mounted ladle support frame, and a stop bracket to prevent over-tilting. The design ensures the ladle’s center of gravity presses against the stop bracket for enhanced stability. A hydraulic motor, controlled by an integrated system, enables smooth and precise tilting for pouring operations. Ideal for hot metal handling, it offers safety, efficiency, and versatility across foundries and industrial applications.
A Hot Metal Handling System is an integrated solution engineered for the safe, efficient, and continuous transfer of molten metal within metallurgical plants. This system typically includes ladle cars, transfer cars, cranes, tilting mechanisms, and associated control systems, all designed to operate under extreme thermal and mechanical conditions. Built with high-performance materials and automation features, the system ensures secure handling of hot metal from the BF, EAF, MBF , SAFs to converters, refining units, or casting stations with minimal heat loss and maximum operational safety. By streamlining the flow of molten metal and reducing manual intervention, the Hot Metal Handling System plays a vital role in enhancing plant productivity, improving safety standards, and supporting the uninterrupted operation of critical steelmaking and smelting processes.
A Winch Drive for Ladle Car is a specialized mechanical system designed to enable precise and controlled movement of ladle cars transporting molten metal within metallurgical plants. Engineered to handle heavy loads under extreme temperature and environmental conditions, the winch drive typically consists of a high-capacity drum, steel wire ropes or chains, gearboxes, and motors—often electric or hydraulic. This system ensures smooth, reliable traction along the rail track, allowing for accurate positioning during metal transfer operations. With built-in safety features such as emergency braking and overload protection, the Winch Drive for Ladle Car enhances operational safety, minimizes downtime, and plays a critical role in maintaining the efficiency and continuity of high-temperature metal handling processes in steel and smelting plants.
A Raw Material Handling System is a vital infrastructure in metallurgical plants, designed to manage the efficient receipt, storage, transportation, and feeding of raw materials such as iron ore, coal, limestone, and additives. Engineered for high-volume and continuous operations, the system typically includes conveyors, hoppers, stackers, reclaimers, crushers, and automated control units. It ensures precise blending and timely delivery of materials to the furnace or processing units, reducing manual handling and operational downtime. By maintaining a consistent and controlled flow of input materials, the Raw Material Handling System plays a critical role in enhancing process stability, maximizing production efficiency, and ensuring the overall reliability of steelmaking and smelting operations.
Refurbishing and Redesign ServicesBeyond its advanced product offerings, ROTAMECH also specializes in equipment refurbishing and redesigning. This service allows for the adaptation of older equipment to meet updated application requirements while accommodating existing site conditions. By leveraging expertise in design and engineering, ROTAMECH enables clients to maximize the lifespan and functionality of their mud gun systems.
Equipment ServicesIn addition to its cutting-edge products, ROTAMECH offers comprehensive services including equipment replacement, refurbishing, and redesigning. This service ensures that older equipment can be adapted to meet updated application requirements while accommodating existing site conditions. ROTAMECH's expertise in refurbishment and redesign enables clients to maximize the efficiency and lifespan of their taphole drill systems.
DesignAt ROTAMECH, our design expertise is driven by a commitment to quality, innovation, and customer satisfaction, supported by a skilled team of engineers with over 25 years of experience. We develop custom equipment using advanced tools like FEA, AutoCAD®, SolidWorks®, Pro/Engineer®, MouldFlow®, and in-house AUTOLISP routines to ensure precision, durability, and ease of maintenance. Our integrated design approach promotes close collaboration between design, engineering, and manufacturing, while stringent quality control ensures excellence at every stage. We aim to build lasting partnerships by delivering reliable, cost-effective solutions tailored to client needs.
All our products are tailor-made according to client requirements and specifications, ensuring the highest level of satisfaction and effectiveness.