Used WELLS INDEX 520-C #9393209 for sale

WELLS INDEX 520-C is a powerful, large machine tool designed for industrial use. It is a conventional, manually-operated, Column and Knee-type milling machine with reciprocal and rotary table feed. This machine is designed for heavy-duty work, capable of large-volume production and rapid repeatability, allowing for larger and more complex components to be machined with greater accuracy and precision. 520-C is constructed from heavy cast iron components and features an extra-long column and a large base plate. It is equipped with a hardened-steel quill, a variable-speed spindle, and an overarm support. This allows WELLS INDEX 520-C to accept a variety of tooling systems, including direct-drive telescopic drawbars, R-8 spindles, and quick change tool posts. It is capable of supporting up to a 3.5 HP motor and up to a 2-inch arbor or drill chuck. 520-C is equipped with an adjustable manual feed powered by two AC-powered cams. This allows for quick, efficient cutting and increased repeatability of machining operations with accurate cutting across a wide range of work pieces. The machine allows for both hand-fed operation, as well as CNC-controlled automation. WELLS INDEX 520-C also features a large work table with an adjustable clamping system, which is designed to hold large and heavy components firmly in place for safe and accurate machining. The table acts as the fulcrum for the overarm support, allowing for an increased precision when machining. The machine also contains a microfeed downfeed system which ensures smooth traverses when positioning the tool to the workpiece or feed depth. It also features a close-coupled lubrication system, ensuring that all parts of the machine are efficiently lubricated and maintained. 520-C is a powerful and reliable machine tool that is capable of producing high-quality, accurate machining results. With its adjustable manual feed, overarm support, and a wide range of capabilities, WELLS INDEX 520-C is a great choice for machining large and complex components with ease and accuracy.