Boring Tool

Boring tools are cutting tools such as braces, bits, gimlets, and other cutting tools that manufacturers can use for different chisels for boring jobs. Boring tools are often installed onto the boring machines rather than manual process, since boring tools are often used to process boring tasks by the installed boring machines.

Boring Machines and Boring Tools Bore Blocks

Boring machines are the machine tools with the machining process utilize spinning tools to bore materials by enlarging a hole rather than drilling. That has already been drilled by means of a single-point cutting tool, such as in boring a gun barrel or an engine cylinder with boring tools under the control of workers, or the control system may be of NC, or a computer numerical control system. Yet nowadays this kind of machines is usually controlled by the CNC system instead and the precision level is controlled within a relatively small tolerance values.

Boring methods involving boring tools could be done on different directions that are based on the different tracks as axis installed on the box in box frames, which are installed on the moving tracks of the machine base body. For the use of boring tools, horizontal boring machines are the most commonly seen machinery that is designed with the machining process utilizes spinning tools to bore work piece materials by enlarging a hole that has already been done by means of not boring tools but other cutting measures such as drilling heads.

Sometimes, some drilling machines suppliers are also design their drilling centers with boring functionality now in order to keep up with the faster cycle time requirement under the horizontal arrangement. Moreover, many boring machines are now also equipped with other metal working machining capacities rather than just doing one type of works, so that onsite operators can do more than one job on the same machines rather than moving the work pieces from one working table to another, squandering a lot of precious working hours and other expenses. There are many boring machines with special boring tools that are designed with milling functionalities. Let’s take a look of the boring and milling machine integration. 

Vertical Arrangement of Boring Tools for Integrated Cutting

Vertical boring and milling machines are usually milling based machine tools that are designed with vertical align structures of both spindles and working table, hence the boring tools will be connected vertically.

This type of vertical machine tools is highly developed and widely applied capital goods that can deal with many kinds of mill tasks all at one stop if the milling machine is equipped with supportive accessories such as automatic tool changer, tool magazine, automatic pellet changer, and a variety of rotary tables as working platform. At the very beginning, vertical boring and milling machine is developed from conventional milling machines with additional boring capacity that aims to deal with further finishing processes only as an added value of the milling machines.

Since then, the development of this specific type of machine tools goes well in the industry, and after that, machine centers are widely applied in all kinds of industries, contributing a wide range of industrial achievements due to the great competence it carries and the corresponding agile versatility it has. Therefore, vertical type boring and milling is recognized as important in the manufacturing sites and production lines in the factory plants.

CNC Boring Machines with Multiple Boring Tools

Aside from the milling based mill bore integration, there are also multi tasking boring machines that are equipped with many different boring tools stored in the chain type tool magazines that are ready to be called by the automatic tool changing equipment when it is needed. For those types of CNC boring machines, most of them are designed as horizontal and the boring head is presented and placed at the middle of the Y axis installed on the column frame. The reason why the boring heads are often installed on the column is because the column structure can provide with a steady working force that is able to resist the vibrations caused by the boring process, which often leads to the negative working effects to the work pieces when the goal is precision boring.

With the column’s help, the whole process can be much smoother than the non-column models and the CNC controlling can also modify the little deviations. It is anticipated that, with the help of the smart technology in the boring sector, no more unpredictable occurrences of the processing problems during the boring process in the future.

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