Videos

Sarah Christopher Falk and Todd White explain SCT port mills, interpolation and port kits for ferrous and nonferrous materials at IMTS 2026.

Ann Wyatt joins students on the AUTOMATE 2026 show floor to explore robotics, hands-on learning and the possibilities in manufacturing.

Are port mills the solution to chatter? Watch them go head-to-head against traditional port tools. 🛠️ Get our tools here! 👉 Today we are here testing our brand new port mills. We're going to grind it up against four different sizes of SAE ports with our pilotless port tool.

Dr. Jeffrey Badger, The Grinding Doc, explains the break-in behavior of bonded CBN wheels after dressing and practical ways to manage that period. Learn more.

Dr. Jeffrey Badger, The Grinding Doc, explains superabrasive concentration, how much diamond or CBN is in a wheel, and what different concentration levels mean. Learn more.

ISCAR continues to push the boundaries of machining through constant innovation, precision-engineered tooling, and close collaboration with customers. By anticipating manufacturing needs and developing advanced, sustainable solutions, ISCAR helps manufacturers improve productivity, reduce costs, and stay ahead of what’s next. Learn more.

Dr. Jeffrey Badger, The Grinding Doc, explains why sharper wheels from synchronous dressing can produce bigger grinding forces. Learn more.

Dr. Jeffrey Badger, The Grinding Doc, explains plunge-roll dressing direction and how direction and speed ratio affect wheel sharpness. Learn more.

Meet the JRF Cutter, NTK’s high-efficiency small-diameter ceramic cutter for HRSA machining. This cutter features up to three negative, double-sided inserts on a cutter body ranging from 16 mm to 32 mm. The JRF is offered as both a shank type and modular type, providing versatility across a wide range of applications.

Dr. Jeffrey Badger, The Grinding Doc, compares continuous and incremental down feed in surface grinding and explains the roughing takeaway. Learn more.

Enhance your milling operations with Tungaloy's DoTwistBall series. Engineered to accept both radius and high-feed inserts, DoTwistBall enables a single cutter body to handle everything from aggressive roughing to precision finishing. Its innovative twisted insert geometry ensures secure clamping and exceptional stability, while optimized chip evacuation provides reliable performance across steel, stainless steel, cast iron, titanium, and heat-resistant alloys.

Designed for internal grooving, ISCAR’s QUICK-I-GROOVE is the innovative solution engineered for precision, productivity, and profitability. Featuring four cutting edges, a rigid clamping design, and coolant delivery to the cutting zone, QUICK-I-GROOVE delivers exceptional accuracy, repeatability, and tool life. Its versatile insert design fits both right- and left-hand holders, simplifying inventory while maximizing flexibility on the shop floor.