1270 Agricola Drive, Saginaw, Michigan 48604 USA 989.752.3077 | Toll Free: 877.308.3077sales@universaldevlieg.com

1270 Agricola Drive, Saginaw, Michigan 48604 USA

Ph: 989.752.3077 | Toll Free:877.308.3077


Universal Engineering / Devlieg Microbore

Universal/Devlieg Inc.
Universal Devlieg Blog

Various industrial machining processes are similar to boring. However, the boring process delivers the best results when large holes require high precision and tight tolerances. To choose the correct method, it is essential to know the similarities and differences between boring and other machining techniques.

Poor quality in the boring process can adversely affect the quality of the finished product and cause future safety issues. To produce the proper bore, you need to understand the factors involved to avoid any issues that could occur during the process. Here are three of the most common boring issues you need to avoid assuring quality.

The process of boring is the perfect application to drill accurate and precise holes in various materials. While boring offers several benefits to machinists, it can also present challenges. As with any manufacturing technique, it is best to understand the challenges a process could involve before beginning a project. This blog will identify and discuss several of the main boring operational challenges.

The boring process requires attention to the details of the machining process to produce a successful outcome. The following are tips to achieve the best outcome when boring a hole into a workpiece.

The boring process of enlarging pre-drilled holes utilizes various machines to suit different parameters. In this blog, we will discuss the types of boring machines.

It is common in manufacturing for parts and materials to go through multiple cutting processes to meet the product's exact specifications. This production includes producing holes in the material. While operations such as drilling create holes, boring works best for holes of different diameters, precision requirements, and positional specifications.

The process of finish boring requires an existing hole, and it is the perfect process for short-run jobs to remove the remaining stock in the hole. Finish boring offers more flexibility when machining different hole sizes using the same tool. Adjusting the boring head can compensate for the runout if the machine tool has more runout at the spindle. Also, a finish boring head can true up a hole more accurately than other applications.

Chatter or vibrations during boring operations is generally because of instability between the cutting tool ad workpiece. Often applying a larger-diameter boring bar will eliminate the problem. However, when a larger bar is not an option, there are options to reduce chatter that can reduce productivity and affect workpiece quality.

Boring is a different process from other hole making machining operations, such as drilling and reaming. Drilling is making an initial hole and reaming smooths out the walls of an existing hole. Boring is used to produce accurate size holes within required tolerance specifications using an existing pre-drilled hole. The following are some tips to assure your boring project meets your specifications.

Boring precisely enlarges existing holes in a part. Generally, boring on a turning bar is less complex than on a milling machine. A boring bar on a lathe can make any size hole if the bar will fit into the hole. Boring heads for milling machines have a limited range. 

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