You fire up your lathe. Load your workpiece. Make the cut. And it looks like someone dragged a jackhammer across the surface. Welcome to chatter marks. The universal sign that your gibs are shot. Most machinists don't think about gibs until it's too late. They blame...
Complex machined parts often require multiple steps for turning, boring, facing and finishing for final part production or assembly. Thankfully, lathes can handle many of the different cutting processes from start to finish.
Complex machined parts often require multiple steps for turning, boring, facing and finishing for final part production or assembly. Thankfully, lathes can handle many of the different cutting processes from start to finish.
A well-maintained lathe doesn’t just run better—it lasts longer, performs more accurately, and reduces downtime. Whether you’re operating a manual machine or a CNC lathe, implementing a structured maintenance routine is critical.
Do you have what it takes to ace our machinist terms quiz? Test your lathe knowledge.
Metalworking lathes are versatile machines used primarily for shaping metal and other solid materials. They are essential in various industries for machining parts using techniques such as: Turning, Facing, Drilling, Knurling, Parting, Taper Turning and Thread Cutting.
Picking the right tooling insert for machining metal isn’t always easy—there are so many shapes, coatings, and materials to choose from. The wrong choice can lead to rough finishes, worn-out tools, or even scrapped parts. Tooling inserts are essential in machining, offering versatility and efficiency for various applications.
Metalworking lathes are versatile machines used primarily for shaping metal and other solid materials. They are essential in various industries for machining parts using techniques such as: Turning, Facing, Drilling, Knurling, Parting, Taper Turning and Thread Cutting.
Minimizing downtime is crucial for metalworking machinist to keep operations running smoothly and meet production targets. However, maintenance-related downtime remains a significant pain point, impacting productivity, timelines and costs. Here are some of the key solutions machinists use to minimize downtime.