EMAG VSC TWIN VERTICAL MACHINING CENTER

Technical Description

The EMAG VSC TWIN vertical machining center is a dual-spindle CNC machine designed for highly efficient simultaneous machining of two workpieces with identical operating sequences. It features two main spindles with a maximum turning diameter of 9.4 inches and a maximum turning length of 27.6 inches, each equipped with a 12.4-inch chuck diameter. Both spindles operate at speeds up to 4,000 RPM, providing strong capabilities for medium-sized components. The machine supports two simultaneous cutting tools, enabling concurrent operations that double productivity on the same machine footprint. The VSC TWIN is equipped with high-performance linear axis drives: the X-axis travels 15.4 inches with a rapid traverse rate of 1,181 inches per minute and a maximum feed rate of 3,147 inches per minute. The Y-axis and Z-axis offer similar max feed rates of 3,147 ipm and rapid traverses of 1,181 ipm, with the Z-axis providing a travel length of 37.4 inches. This axis configuration allows precise multi-directional machining and long travel for complex parts. This machine is suitable for high-volume production environments requiring precision, efficiency, and flexibility. Its twin-spindle design allows independent diameter and length offsets per spindle, optimizing accuracy and reducing cycle time. The robust construction ensures thermal stability and vibration damping critical for precision machining. Ideal for industries such as automotive and aerospace, the VSC TWIN excels at complex turning and milling on steel, aluminum, and specialty alloys. Overall, the EMAG VSC TWIN vertical machining center is a compact, high-capacity solution for simultaneous dual-part processing with advanced axis control and fast feed rates to maximize throughput.