AG5

Overview

The machine features four guide ways on a highly rigid U-shaped machine base that provides shock dampening and extremely low deformation properties and offers excellent support for all moving members even under high-speed and heavy cutting conditions. The X-axis is supported by 4 linear guideways and 12 sliding blocks that provide excellent rigidity and enhance accuracy. A one-piece cast box structure cross beam provides a highly tensioned Y-axis box structure with special light weight rib enhancements that reduce inertia during high speed movements and add significantly to the dynamic response ability of the X-axis. Super rigid roller type linear guide ways on the X, Y and Z axes provide heavy-duty cutting, fast movement and low friction capabilities. The Z-axis adopts a dual drive system with two servo motors and ballscrews arranged symmetrically to balance torque and control thermal distortion, offering heavy duty cutting with optimal accuracy. The headstock is supported by two linear guideways with three sliding blocks each and features a multi-layered box structure design that is light weight, highly rigid and offers excellent cooling properties to ensure machining accuracy even when the Z-axis is fully extended and during long term precision cutting operations. The high reliability ATC system is a 24T / 30T chain type that imposes no force on the spindle bearings during tool changes, thereby extending the spindle's service life. The tool magazine is fully isolated from the work area and the auto door opens during tool changes only, preventing chips and coolant from contaminating the ATC mechanism, the tool magazine, and the tools and ensuring long term tool change accuracy. Provides capability for heavy cutting and high-speed movements, supporting heavy-duty cutting with optimal accuracy and fast movement with low friction. It is intended for long term precision cutting operations where machining accuracy must be maintained even with the Z-axis fully extended. Supports automatic tool changes that impose no force on spindle bearings and a tool magazine isolated from the work area, preventing chips and coolant from contaminating the ATC mechanism, the tool magazine, and the tools to maintain long term tool change accuracy.