When running a CNC lathe, making sure your part is securely clamped in the jaws of your chuck is vitally important. To be sure we have the maximum force allowable, we need to ensure that the part is fully clamped while the chuck jaws are in the center of their travel and not too close to either the fully open or fully closed state.
For years, the control software on Hurco's lathes differed from the control software on Hurco's mills. No longer! Now engineers have altered the lathe control to match the mills, allowing machinists to jump from mill to lathe seamlessly.
After the popularity of our last blog post highlighting the top five most viewed Hurco CNC Machinist blogs over the past year, we decided to keep it going with another post rounding out the top 10.
Hurco Senior Product Technical Specialist Mike Cope has been writing the Hurco CNC Machinist Blog for years. It covers everything from control features to mounting configurations to comparing different styles of machines. Several articles have become quite popular. Here are the blogs that rank six through 10 in views over the past year:
Hurco Senior Product Technical Specialist Mike Cope has been writing the Hurco CNC Machinist Blog for years. It covers everything from control features to mounting configurations to comparing different styles of machines. Several articles have become quite popular. Here are the top five most viewed Hurco CNC Machinist Blog posts over the last year:
In the world of CNC machining, achieving optimal efficiency is paramount for meeting tight production deadlines and maintainingthat competitive edge. One of the key factors influencing machining efficiency is the selection and optimization of toolpath strategies when programming with a CAM system. In this blog, we discuss the various toolpath strategies and provide detailed insights to empower machinists with the knowledge needed to maximize productivity and quality in their machining operations.
While the concept of having a Y-axis on a multi-axis live tool CNC lathe is simple, the non-orthogonal way the axis moves, and the ins and outs of those movements, can be a little more complicated than expected. So, in this blog I explain the Y-axis movement and how overtravel can occur.
Circle segment milling cutters are quickly becoming the norm in 5-axis machining. These cutters can reduce cycle times while still providing superior surface finishes and flexibility in machining. Although the traditional ball-nosed endmill is still the most widely used tool for surfacing, the circle segment (or barrel) cutter isn’t far behind.
Absolute Tool Length is an industry standard feature in CNC machining that provides continuity across machine brands and controls.
