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BIG DAISHOWA’s Nick Jew discusses connected boring tools and how they improve data collection.

We’ve seen and heard it all when it comes to boring holes. That said, there are always a few questions that pop up over and over. From optimizing modular boring assemblies to deciding between twin boring or high-feed milling, here’s some of our best boring advice.

We wrote the book on boring. Truth be told, the book was written a long time ago by Kaiser, and now you can get your own copy.

Boring tools with a digital readout aren’t the standard in U.S. shops, but their use is growing.

Nowhere else is the concept of cost-efficiency more intensely analyzed than in the cut-throat world of manufacturing, and for good reason.

By using digital technology and optimized indexable inserts, Schmauser Müller Metalltechnik has increased process reliability and efficiency in fine boring, as well as increased the lifetime of its tools by a factor of three.

In this business, doing it right the first time is like money in the bank: less scrap, less wasted time, more on-time deliveries, the list goes on and on.

Jet engine manufacturers have found that even the most infinitesimal imperfection can produce catastrophic results; absolute precision is the name of the game in the aerospace industry.

Unleashing the hidden potential of existing equipment with BIG-PLUS spindles.

Machining at higher speeds can save time and money, however, increasing the speed also means increasing the inherent risk in the situation. To maximize speed potential, a holistic approach that considers tool, holder, machine and operator is essential.

Deep hole boring comes with challenges created by the inevitable deflection that occurs when trying to finish a hole of a substantial depth. Various factors determine the best approach to solving the issue, and it’s important to consider all factors before choosing a solution for your boring needs.