2016 MAZAK QTN450-II 40IN

This 2016 MAZAK Nexus Quick Turn Nexus 450-II is a versatile and well-equipped CNC lathe machine that offers impressive specifications for your machining needs.

This model comes with an 18-inch chuck size and a bar capacity of 7.3 inches, suitable for a variety of workpieces. The machine boasts a maximum turning diameter of 22.83 inches, a maximum turning length of 38.54 inches with machine travels of 12.2 inches on the X-axis and 42.12 inches on the Z-axis. Its spindle can reach speeds up to 2,000 RPM and is powered by a robust 50HP motor, with a spindle nose of A2-15. This lathe supports a 12-tool bidirectional turret configuration. For electrical requirements, it operates on a 220V/3Phz/60Hz/27kVA power source.

The machine is equipped with an 18-inch 3-Jaw Hydraulic Thru-Hole Chuck, which aids in handling various materials easily. It also features a 12D/24 Position Drum Turret, a programmable tailstock with a Tailstock Thrust Select featuring 9 Levels to provide extra support during machining. The large spindle bore and a Tool Eye enhance its functionality, while the high-power coolant system (520W) ensures effective cooling with a flow rate of 59 PSI and 16 GPM. Additional features include a work light and an intelligent safety shield.

The MAZAK Nexus Quick Turn Nexus 450-II is governed by the advanced Mazatrol Matrix II Nexus CNC Control system. Control features include a Windows XP Operating System and a 12.1-inch color LCD display. It provides connectivity through USB ports and a LAN port, and it is MT Connect prepared. Other helpful functionalities include user macros, EIA/ISO input function, background tool path checks, thread cutting capability, polar coordinates input (G122), velocity and feedrate control, Mazak Voice Adviser, and virtual machining capability.

This machine also comes with optional equipment to enhance functionality and ease of use. It includes re-threading and thread start point compensation features, as well as the Jorgensen Chip Conveyor Side 1000U for effective chip management during machining operations.