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When you invest in high-performance tooling, it’s just that—an investment. One that’s certain to pay back.

The manufacturing process of boring is enlarging a hole in a piece of metal. Different kinds of boring tools are available for boring operations.

We’ve built our name on tool holders, boring tools, cutting tools and specialized solutions for the everyday and most demanding machining operations. You may be surprised to learn we have deep expertise in lathe tooling as well. We have to. Lathes are critical to the development and production of our tools.

BIG DAISHOWA offers one of the most complete line ups of boring tools in the world. Our experts share some of their favorite tips and resources.

Enhance your machining skills by understanding when to use balanced cutting for precise straight holes and stepped cutting for efficient heavy cuts—ensuring smarter tool choices and project success.

The medical industry pushes the limits of precision for machining and tools. The trend toward less-invasive surgery using smaller parts translates to a need to better control the preci­sion and tolerances of micromachining processes.

Why pull studs are under more pressure than ever before.

Selecting the appropriate pilot drill is critical to maximize performance and tool life of a succeeding deep hole or micro drill.

BIG KAISER is BIG in supporting education. Nowadays, you hear so much in the manufacturing community that there are fewer students able to work in manufacturing as a result of lacking in skills.

Making a hole with very tight tolerances is often a two-part process. When starting from scratch, a drill is used first to create the hole.

Two versions of the C-Centering Cutter, a multifunction cutter capable of spot drilling, centering and chamfering were on display at IMTS.

The first challenge to machinability – beyond simply working in titanium – for Colorado-based Cogitic Corporation was securing the cylinder in the universal machining center. It was also important to maintain access to the through-hole, which has an internal square key slot perpendicular to the stem hole.

No matter what, a new machine represents a significant cost in a manufacturing project. This investment can be compromised if it is not tooled up properly.

Reducing the L:D ratio provides an improvement in speed which then provides longer tool life, better surface finish and size control of the bore.

Machinery tooling and equipment that get parts produced the fastest is always the best choice, right? But what else needs to be considered when choosing equipment for low- to mid-range production volumes?