The Double Column Vertical Machining Center

A double column vertical machining center is a tool used in the fabrication, production and engineering that can be utilized by companies in all areas of their operations. Whether they are manufacturing components, structures or machines, the single column Machining Center is a must for any company that deals with these sectors.

double column vertical machining center

They are commonly used as tools that will support the core material. These tools have a layer-head machining design, a core forming head and a processing head that produce a cutout or vise versa to the surface that the tool is applied to. If you have been in the machining industry for any length of time, then you will understand what we mean by this.

A small model is used to produce the required thickness from the core material. The model is rotated and the required tool is put into position to cut out the core of the structure. There are numerous other types of setups like using a vise to close the hole to a V column.

As a result, a tool is produced in which the core material can be shaped like a cylinder. For example, a sheet metal product can be formed by use of the double column Vertical Machining Center and the V-column can be produced by use of the single column Vertical Machining Center. In order to be more effective and to save cost, it is important that each department has their own setup.

However, companies also use these tools for other functions such as cutting thin and fragile pieces of material. These pieces can be used for various purposes and so it is necessary that one set of tools is available for each one of them.

In order to get the right tool, an initial meeting between the CNC center as well as the skilled machinist is required. For this meeting, the two parties need to discuss all the parameters and ensure that the tool selection is carried out.

The utilization advantages that this type of tool offers is that it increases productivity. It is also known to have higher tolerance levels than a set of conventional machining equipment.