Used CINCINNATI 310 VERTICAL MILL — sold (Milling Machines)

Corel Machinery offers the used Cincinnati 310 milling machine, a robust heavy-duty industrial metalworking solution designed for precision component manufacturing and heavy material removal. Built for demanding machine shop environments, this milling machine integrates a solid structural configuration suitable for diverse industrial sectors including automotive, aerospace, general engineering, and heavy equipment fabrication. At the core of its operational capability is a generous table size measuring 65 inches by 14 inches, providing substantial surface area for mounting medium to large workpieces, complex fixtures, and multi-part setups. This ample working envelope allows production engineers to execute extensive longitudinal, transverse, and vertical machining sequences with high stability and minimized vibration. The machine utilizes an industry-standard ISO 50 spindle taper, ensuring rigid tool retention and the capacity to deploy large-diameter face mills, heavy roughing cutters, and robust boring tools capable of withstanding high torque loads during aggressive cutting operations. To accommodate a wide variety of metallurgical materials and tooling diameters, the Cincinnati 310 features a versatile spindle speed range spanning from 18 rpm to 1800 rpm. This broad rotational spectrum enables operators to select optimal surface-footage speeds whether performing slow, high-torque operations on tough alloy steels or utilizing higher RPMs for finishing passes on softer non-ferrous metals and cast irons. Every machine sourced and supplied by Corel Machinery in India undergoes thorough quality inspection to ensure mechanical integrity before dispatch. Available for domestic deployment across India as well as secure worldwide shipping, this used Cincinnati 310 milling machine represents a reliable, cost-effective capital investment for production facilities looking to expand their milling capacity without compromising on structural rigidity or operational performance.