Vertical RAM Turret Milling Machine
A vertical ram turret milling machine is a type of vertical milling machine that has a round table geometry and a turret-style spindle arrangement. It is a type of specialized equipment designed for precision machining and is often used for production work in the manufacturing industry. It is commonly used for milling steel and other metals, as well as for drilling, boring and reaming large-diameter holes in a range of metals, plastics and composites. It is also used for high-speed machining of small diameter components, such as pins and screws.
The main feature of this type of machine is its round table, which is equipped with a rotatable spindle head. This allows the operator to position the ram turret milling head in any direction and enables the use of a wide range of tooling and attachments. The table is typically machined with t-slots or radial grooves that run outwards from the spindle, providing various positions for attachment. Many of these machines also feature a rotatable table and detachable arm for more precise and versatile machining.
This type of milling machine is usually constructed from heavy-duty cast iron components, although other material options such as steel and aluminum can be used. It typically has a wide-open base and frame, with a large table and deep spindles, to handle large parts and provide a high degree of accuracy. It is commonly equipped with coolant systems, work lights, and a range of digital displays or gauges to monitor parameters such as cutting forces, speeds, and temperatures.
Other features of a vertical ram turret milling machine include automatic tool changing systems, programmable and adjustable spindle speeds, and differential spindle feeds. It is also possible to install accessories and attachments, such as vices and power feeds, to further improve its versatility.
Due to its robust construction and versatility, a vertical ram turret milling machine is often used for production work in the automotive, aerospace and engineering industries. Its ability to drill, bore, mill, and mill complex components, make it an ideal machine for producing a variety of components with a high degree of accuracy. Its ability to operate at high speeds makes it suitable for high-volume production runs. In addition, its design also allows for minimal vibration, which helps to improve the surface finish of components.
