5 Axis Double Column Machining Centers

regarding the heavy cutting tasks, double column design is always the best match for such demands that can deal with a lot of heavy duty tasks thanks to its stable column set. 5 axis double column machining centers is a popular machine tool model that can deal with multiple types of heavy cutting milling and even roughing duties at single machinery. regarding the development of the 5 axis double column machining centers, the concept of such heavy cutting machine with multi tasking machining is derived from conventional machining centers in the last three decades of the 20th century.

after the invention of the double column frame, the derivations of this specific type of machine tools progresses quickly in the industry, and after that, vertical machining centers are profoundly applied in the field of double column structure for precision industries such as automotive production, aerospace sector, and medical apparatus, contributing a wide range of industrial and commercial achievements. most double column machining centers are of vertical design for machining, which is the process of machining that utilizes autonomous spinning tools hanged vertically onto one axis in order to remove materials by advancing a tool into one or several work pieces.

Type of Machining Center

5 axis double column machining center is one of the most efficient way of metalworking solution in the industry these days. among all the classifications, there are mainly three types of construction methods that constitute a 5 axis machine. here the present article introduces them as below.

the first one is the swing head, which alone is a type that is able to achieve most processing angles, this kind of machines is considered convenient as well as other 5 axis compositions, such as four plus one, and three plus two machining centers, while the latter are with more practical advantages due to the existing three axis arrangement. conventional machining centers are designed at least with three axes, namely, x, y, and z, and for both vertical and horizontal models, either one could be equipped with other axes in order to make the machine 5 axes. furthermore, to the 5 axis framework, working table is an important variable. because with the other additional two axes designed on the rotary table, the x, y, and z axis can move onto two new working dimensions that permit multiple angles of possible cutting processes. the same with the four plus one structure and all these mechanisms are all under the control of computer numerical control unit that makes synchronized actions perfectly matched with the set tolerance standard.

work piece and other variables

under operational circumstances, if the size of work piece is too big that is over the size allowed, the machining would cause too much vibration to the machine body and hence deteriorate the precision frame of the machining centers, that is not an acceptable situation to both manufacturers and the following production lines, so manufacturers might add some other structural designs onto the body so as to make it with better rigidity during the milling procedure.

on the other hand, regarding the milling capacity of 5 axis double column machining center, as its name tells, is the process of heavy machining that utilizes spinning tools to remove work piece materials by advancing a tool into one or several work pieces. this machining method could be done on different directions. in the metalworking sector, milling process of machining centers covers a wide variety of various operations and ranges a wide scale from single tiny parts to heavy and large milling operation tasks and duties.

strong strength added

with the functionality of 5 axis installed on double column structure, double column plus 5 axis functionality is one of the very practical solutions to solve the machining vibration issues while improve the accuracy at the same time. the double column machining centers are generally classified into two types: either fixed column or moving column.

meanwhile, the former is the design that both columns stay where they are without the possibility of moving, and the latter allows for another axis to be born, thus greatly improves the convenience of machining. cnc 5 axis double column machining center is a highly developed machine tool that can deal with many kinds of machining tasks, after the development of the 5 axis, the development of this specific type of machine tools goes well in the industry, and after that, machine centers are profoundly applied in all kinds of industries, contributing a wide range of industrial applications. cnc double column machining center cnc double column machining center is a sophisticated metalworking machine tool that can deal with many kinds of machining tasks all at once on single station.

5 axis milling process

today, regarding milling process of the double column machining centers, it is the process of machining that utilizes spinning tools to remove work piece materials by advancing a tool into one or several work pieces. this cutting procedure could be done on different directions which are based on the box in box ways just like turning machines. besides turning, milling covers a wide variety of various operations and ranges a wide scale from single tiny parts to heavy and large milling operation tasks. as a result, the study and development of milling method is highly popular in the industrial world due to its productive and effective nature for rendering work pieces with complex profiles which is comparatively hard to achieve by conventional turning lathes. meanwhile, for this sector, spindle bearing is also an issue need special concern. in the mechanical sector, bearing is a machine component that is so essential that constrains relative movement to the desired motion and is responsible of reducing friction between the moving parts. the design of the spindle bearing may, off free linear movement of the moving part or for free rotation around a fixed axis. meanwhile, it may also offer a motion by controlling the vectors of normal forces that bear on the moving parts. in sum, spindle bearings are designed to fit into the machine tool spindles that are structured to be mounted onto machine tools. as a result, all kinds of spindles are designed with bearings inside for the above mentioned mechanical purposes. machine tool spindle is one of the critical components of modern machine tools, spindles are designed in a wide variety of forms which is basically based on the driving mechanisms as well as other power systems.

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