Metal Cutting Blog

Mastering tool holder maintenance with these expert tips ensures precise machining, extends tool life, and enhances productivity. Learn more.

As electric vehicles drive demand to create innovative tooling solutions, we’ll explore the benefits, changes, and some innovative tooling in the market.

Would you like to be more cost-effective when machining? Find out some helpful tips on how to reduce waste and save on production costs.

PCD tools are used for their exceptional hardness, wear resistance, and durability. Explore PCD tool reconditioning benefits and how to extend their life.

One of the most critical aspects of milling a workpiece is ramping. Learn about key areas on what to look do before your ramping operations.

Looking to understand CNC machining and how it can save your organization money? This blog covers everything you need to know, from the basics of CNC machining to its cost-saving benefits.

Looking for the best drill bits for stainless steel? Learn how to choose the right drill bits and keep them maintained for optimal holemaking operations.

Toolholding plays a pivotal role in machining. Explore the anatomy of a toolholding system and get some tips on how to use them effectively.

Machining titanium can be a challenge, but with the right techniques and tools, you can achieve high-quality results. Discover 10 tips for milling titanium.

Looking to learn more about end mills? Our beginner's guide has got you covered!

Learn about the different types of thread taps and how to choose the right one for your operation. Discover basic tips for using thread taps effectively.

Preventing injuries during metal-cutting operations is essential for maintaining a healthy workforce. Kennametal offers helpful tips on how to protect your workforce.

Reaming Machining Basics: Learn best practices to help ensure precision hole reaming in any material type. Learn more here.

Most internal screw threads are produced using tapping or thread milling. Tapping is easily the oldest and most mature of these machining technologies and can quickly cut or form high-quality threads. But as many machine shops have discovered, the relative newcomer thread milling is often more cost-effective and efficient. This article discusses when to use one method over the other and offers a few tips on each.

Indexable turning, milling, and drilling tools are often the best choice for productive, cost-effective machining. Learn more about carbide inserts, and how to buy the right carbide inserts online.

Holemaking is the most common of all machining operations. It's also one of the more challenging. Without the right cutting tool, productivity and part quality will suffer while manufacturing costs soar. Here are some tips on avoiding these problems and selecting the right tool for the job.

Hole boring goes hand in hand with drilling. A common machining operation, boring uses a single-point or sometimes a dual-head cutting tool to remove material in a manner that’s quite similar to external turning. Due to deflection and chip control problems, however, boring can be quite challenging without the right tool and knowledge of sound machining practices.

Flat bottom holes are a common feature in a variety of machined parts. Unfortunately, accurately and efficiently machining them can be pretty challenging. Many machinists attempt to tackle this problem with hand-ground drill bits or end mills, with mixed results. The best solution in most cases is to leverage a KTFS-style or comparable high-quality drill bit designed specifically for flat bottom drilling.

If you’ve ever wondered about the difference between face milling and peripheral milling, you’ve come to the right place. This article explores this important machining topic and offers tips on which technique is best for specific applications.

Carbide, cobalt, high-speed steel (HSS)—there's no shortage of high-quality drill bits available, but which one is best for your application? Read on to learn more about drill bit material types and when to use them.

On the fence over what drill bit is right for your machining application? The chances are excellent that one made of solid carbide will offer the most accurate, cost-effective, and productive holemaking solution available.

Holemaking is challenging work. This article provides some CNC coolant application tips for making drilling operations easy and productive.

Milling machines rank among the most important of all industrial machinery, due to their ability to quickly produce accurate parts and part features in practically any metal or plastic. Here’s a quick primer on their function, the types of milling machines available, and the best cutting tools for milling.

Given the huge variety of solid and indexable milling cutters available online today, it can be challenging to choose the right one for a machining application. Here’s a quick primer to get you started.

Our innovative stator bore tool leverages the design and flexibility of additive manufacturing to meet growing customer demand for lighter weight tooling solutions for machining e-vehicle components.

Learn more about the intelligent interface & features that enables the KenTIP FS modular drill to match the productivity of solid carbide drills with Kennametal engineers Steve George & Danny Davis.

The award-winning HARVI I TE can easily handle slotting, ramping, plunging, and finishing applications in materials like steel, stainless steel, Inconel & more. Learn more with engineers Steve George and Danny Davis.

Kennametal’s KOR5 DA solid end mill has high feed rates & Material Removal Rates [MRR]. Meet Danny Davis and Steve George, the engineers who worked on the design and learn how to cut aluminum like a king!