12.5 Ton Single Girder EOT Crane in Nandyal

The 12.5 Ton Single Girder EOT Crane from S.K. Engineering Company is designed for medium to heavy-duty material handling in fabrication shops, engineering units, warehouses, and process plants. It uses a single bridge girder with an electric wire rope hoist to lift loads up to 12.5 tons safely, while maintaining good headroom and excellent floor coverage inside the bay.

In this capacity range, single girder EOT cranes are typically engineered with optimized span and lifting height according to shed size, runway length, and hook approach requirements. Customized design allows integration into new or existing buildings, ensuring efficient coverage for applications such as loading–unloading of raw materials, handling of machined components, assembly operations, and inter-bay transfer.

The crane structure is generally fabricated from high-quality mild steel or box/I-beam girders with rigid end carriages, precision-machined wheels, and a heavy-duty hoist driven by high-torque motors and gearboxes. Standard safety features usually include overload protection, upper and lower hoist limit switches, cross and long-travel limit switches, fail-safe electromagnetic brakes, emergency stop, and pendant or radio remote control for safe, user-friendly operation.

Single-girder construction delivers a cost-effective solution compared to double-girder cranes while still offering reliable performance at 12.5 ton capacity when designed to appropriate duty class. Reduced self-weight and lower load on the supporting structure simplify installation and help reduce project cost, while options like VFD-based drives provide smooth acceleration, controlled deceleration, and precise positioning of heavy loads.

S.K. Engineering Company, based in Ahmedabad, supplies complete EOT crane solutions from design and fabrication to erection, testing, and commissioning, along with after-sales maintenance support. The 12.5 Ton Single Girder EOT Crane can be tailored with special paint systems, platforms and railings, festoon or cable drag electrification, and application-specific controls to meet diverse industrial standards and safety requirements.