Knowledge Center Articles

Metalworking fluids function as a working component of the cutting process itself, influencing temperature control, lubrication at the cutting edge, and the general environment around the machine. When the fluid system remains stable, it supports tool life, process consistency, and a cleaner shop environment. As the chemistry and cleanliness of the system begin to drift, those same systems can start introducing variability into the machining process.

Tool wear in machining limits tool life, which affects part quality and company costs. MSC’s Dr. Tony Schmitz describes wear mechanisms and testing to model the tool wear rate.

In the world of industrial sanding, efficiency and quality are paramount. The 3M Xtract™ Cubitron™ II Random Orbital Sanding Range is helping you transform your sanding operations - from stock removal to fine finishing - with its innovative abrasive technology and dust extraction capabilities.

Cutting tool coatings have become one of the biggest factors in helping shops extend tool life, increase throughput and reduce overall tooling costs.

With a Fluke 1770 Series Three-Phase Power Quality Analyzer in your tool bag, you’ll never miss a critical power quality event. Capture fast transients up to 8 kV, harmonics up to 30 kHz, dips, and swells, as well as the voltage, current, and power measurements that enable you to characterize your electrical system.

Chatter is one of the most frustrating problems machinists face. Whether you’re roughing with indexable inserts or finishing with solid end mills, chatter not only affects surface finish but can destroy tool life, ruin parts, and waste valuable machine time. This guide brings together field-tested insights and expert-level tips to help you tackle chatter from every angle.

What makes a digital multimeter reliable in the toughest industrial environments? Discover Fluke's top 4 DMM picks in this quick breakdown featuring top-tier meters engineered for accuracy, ruggedness, and versatility.

Finishing operations—including deburring, back-counterboring, and surface conditioning—are still frequently performed manually or as secondary processes, which can introduce variability, extend lead times, and increase dependence on skilled labor. The NOGA MT product line was developed to address this gap by enabling finishing operations to be integrated directly into CNC, robotic, and controlled manual workflows.

Unplanned downtime can be an expensive drain on manufacturing profitability. Here’s how to estimate the cost and tackle the most common causes.

The truth is simple: drill geometry makes or breaks hole quality. The right geometry takes stress off the tool, keeps the cut stable, and lets you focus on the job instead of the drill.

If you’ve ever found yourself staring at a technical drawing, wondering which milling cutter will slice through the material like butter, or how to boost your metal removal rates without sacrificing precision, you’re not alone. Whether you’re looking for versatility, speed, or pure power, choosing the right cutter can be a game-changer in your shop.

Aluminum feels easy to machine, right up until it is not. When that happens, you start checking the usual variables: toolpath, coolant, rigidity, engagement, and geometry. Flute count is just one part of the picture, but it is a part that influences chip flow more than it gets credit for.