Design Differences between Vertical and Horizontal Boring Mills

Design Differences between Vertical and Horizontal Boring Mills

Boring equipment come in two main types: vertical and horizontal boring mills. These are two different machines performing different functions for specific applications, and as such you will need to make sure you are using the right equipment for your operations. While the differences between these machines are quite specific, there is a general differentitation between the two of them that will be easy for you to remember: vertical equipment is more limited and affordable, while horizontal boring mills have wider functionalities and thus require more investment.


Aside from that, here are the two major differentiations between vertical and horizontal boring mills:


1. Movement of the Workpiece

When it comes to horizontal boring mill operations, the workpiece stays in place while the boring tool moves around to perform its functions. Because of this mechanic, it is generally considered that horizontal boring mills should be used for applications that require accuracy. On the other hand, vertical equipment are designed to allow the workpiece to move around. Its boring tool is the one that is fixed in place. This specific design is meant to allow operators to process workpieces from different angles. These differences illustrate that horizontal boring mills are not better than vertical ones and vice versa, but rather that they are two different machines meant for different purposes. Any professional provider of boring and milling services will need to have both kinds of machines on hand to guarantee a full range of functionality.


2. Single or Multi-Plane?

Because of its moving tool, horizontal boring mills can drill through every plane of a workpiece plane. As such, it is considered to have a multi-place operational approach. As such, this is the kind of machine you should opt for if you have multi-tiered raw materials. On the other hand, vertical boring machines process materials on a single plane. This mechanic allows operators to rapidly change the angles of the workpiece while maintaining boring consistency. Again, this is related to its ability to allow the workpiece to move while the boring tool remains fixed.


These design mechanics have long been honed and improved over the decades, producing boring machines that are more and more specialized. For more information on the best boring milling products, call the experts at TOS America today.

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