WAGNER WDE 500 CNC LATHE

Technical Description

The machine is a CNC lathe featuring a 9.84-inch chuck designed for precision turning operations across a wide range of workpiece sizes. The inclusion of an automatic tailstock enhances machining capability by providing support for longer workpieces, enabling extended cutting lengths and improved surface finish quality. This configuration allows operators to machine parts with greater stability and reduced deflection during high-speed operations. As a full CNC-controlled system, the lathe utilizes Computer Numerical Control technology for precise tool path execution and repeatable accuracy. The FANUC or similar industrial-grade control interface enables programmable machining sequences, automatic tool changes, and complex multi-axis operations. The CNC architecture supports rigid tapping, tool compensation, and advanced diagnostic functions essential for modern manufacturing environments. The 9.84-inch chuck capacity positions this machine in the mid-range category, suitable for small to medium-sized production runs and job shop applications. The tailstock's inclusion makes this lathe particularly versatile for between-centers work, accommodating longer components while maintaining dimensional accuracy. Typical operational parameters for machines in this class include spindle speeds ranging from several hundred to several thousand RPM, with rapid traverse rates enabling efficient cycle times. The combination of the substantial chuck size, tailstock capability, and full CNC control makes this lathe suitable for diverse applications including precision component manufacturing, prototyping, and production work requiring consistent quality and tight tolerances. Its integrated automation reduces setup time and operator intervention while improving repeatability across production batches.