3 Essential Points to Optimize When Using Horizontal Boring Mills

3 Essential Points to Optimize When Using Horizontal Boring Mills

Boring machines are essential for the processes of the manufacturing industry. They have been in use for many decades now, and great advances have been developed for this equipment to attain accuracy and precision in diameter and straightness. They are available in various types to meet various applications. One valuable variation are horizontal boring mills. As the name implies, this machine produces an accurate cylindrical surface through rotating single-point cutters that are laid out horizontally. They are designed and engineered to handle even the most complex industrial applications and are used in a wide range of product manufacturing including locomotives, construction, plants, and many more.


Horizontal boring mills can perform boring on large and heavy cast-iron or steel workpieces with high precision. The size of the boring mill varies, depending on the workpieces you need to work on. The rotary cutters are connected to a spindle stroke bar which is the heart of the boring mill operation. Though operating these milling machines may appear easy, in reality, there are certain points to optimize which can improve your productivity.


Here are the top three most essential considerations to keep in mind:


Central controlling

If you want to get the most operational efficiency out of your horizontal boring mill, a CNC (Computerized Numerical Control) system is a must. It is the industry’s top technology advancement to make your manufacturing process more efficient and productive.


Right angular setting

The effective setting of the inclination angle is vital to achieving optimal results. The operator will find the drilling far easier with the right angle being set. It can also protect the workers from any potential risk of injury due to misdirected drilling edges.


Razor-sharp blades

This point is key to attaining the best quality finished product by allowing for on-point cutting of horizontal boring mills without slithering out of the inclination angle set. Otherwise, a blunt cutting edge can slither out of control, more so if a high-speed spindle is used. 


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