CNC Milling Machine  6 6 - XK715

Overview

Fresadora CNC – XK715 is a CNC milling machine in the XK/XH series manufactured by Sanxing Machinery, sold new and originating from Jiangsu, China. The unit is CNC-controlled, accepts payment by TT/LC, has a minimum order quantity of 1 SET, and a lead time of 30~45 days after order confirmation. Warranty is one year. Key built-in features and components include a fully enclosed cover, integrated controller, servomotors, tool magazine, FANUC control system, automatic lubrication system, roller-type linear guide HIWIN/PMI, ball screw HIWIN/PMI, FAG bearings, and tool magazine brands OKADA/Aimach. Technical parameters provided: Table size: 1000×500; Max. table load: 500; T-slots (Size*Space*Numbers): 18T×100×5; X travel: 800; Y travel: 500; Z travel: 500; Distance spindle nose to table: 125-625; Spindle taper: BT40Φ140; Drive mode: Belt/Straight; Spindle speed range: 8000/10000/12000/15000; Rapid feed X/Y/Z: 48/48/48; Ball screw (X/Y/Z): Φ40xP16; Linear guide (X/Y/Z) width/numbers: 35(4 blocks sliding); Spindle motor power: 7.5; Axis motors power (X/Y/Z): 2002/2/3; Tool magazine capacity: 24; Max external tool diameter: 80; Max tool diameter Rinku: 120; Max tool length: 200; Max tool weight: 8; Tool change time: 2; Positioning: 0.003/300; Repeatability: 0.003/300; Machine size: 2700×2400x2500; Net machine weight: 5200. The XK715 is described as an automatic CNC milling machine used to mill 2D and 3D shapes or patterns in various materials using a rotating cylindrical tool that moves along multiple axes while the workpiece is moved relative to the cutter. It is suitable for engraving, carving, milling, cutting and drilling most materials. The machine is stated to be widely used for injection molds, hardware molds, metal molds and other molding applications, and is specifically designed for batch mold milling, watches, glasses, panels, badges, three-dimensional graphics and elegant lettering on external surfaces, with the ability to form 2D or 3D reliefs in a wide range of materials.