the vmc 3016 fx is a part of the mag fadals fx series. this compact-designed machine provides customers with unsurpassed performance utilizing heavy-duty box way construction, high speed spindles from 8,000 rpm up to 15,......the vmc 3016 fx is a part of the mag fadals fx series. this compact-designed machine provides customers with unsurpassed performance utilizing heavy-duty box way construction, high speed spindles from 8,000 rpm up to 15,000 rpm, and dual mounted steinmeyer eta+ ball screws. with two available control options, mag fadal delivers a complete package to meet your ever changing machine requirements. mag fadal vmc 3016fx is designed for versatile metal cutting operations and has a strong focus on rigidity, speed, and controls capability. the machine is especially well suited for die and mold producers and parts manufacturers who need a highly capable machine with low operating costs. mag fadal 3016 fx is extremely rigid and delivers fantastic dynamic cutting stability of smaller parts from steel, aluminum or graphite. 30"x16"x20" envelope this machine weight is 8,300 lbs (3,765 kg) and the working envelope size is 30" (762mm) x 16" (406mm) x 20" (508mm). the construction type is cast iron box way on all three axes. the vmc 3016 fx has a 21- tool automatic tool changer and standard spindle performance 22.1 hp/ 77.5 lbf-ft (17 kw/ 105 n-m). machine specification this machine is available with three choices of controls and whole set of performance enhancing options. advantages of fx series - cast iron integrated box way constructions for increased vibration damping - box way system utilizing integral flame hardened ways for excellent stiffness - eta steinmeyer dual mounted ball screws for increased rigidity and reduced friction - choice of controls fully digital fadal ge fanuc 0i control with a whole host of high end standard features or intuitive, user friendly proprietary control - fadal mp-cnc - high performance machining and low cycle times - superior performance in cutting steel and other hard metals
