
Machine Overview
This 2022 OKUMA LB3000 offers a comprehensive suite of options, including Live Tooling, tailored for those serious about precision machining.
The machine has a spindle cutting time of 77 hours and 35 minutes, accompanied by a spindle and live tooling time totaling 173 hours and 46 minutes. It features a 22.83-inch swing and a 13.39-inch maximum turn diameter. Powered by a 30 HP (22 kW) main spindle, it operates at speeds up to 5,000 rpm with an A2-6 spindle nose, and accommodates a 3.15-inch (80 mm) through spindle.
The 12-position tool turret offers 0.1-second NC Multitasking efficiency. Rapid traverses over the Z, X, and Y axes are 1,181, 984, and 492 inches per minute, respectively, facilitated by hardened and ground box ways. The sub-spindle provides an additional 140 rotation capability with a power range of 15/10 HP operating between 50-6,000 rpm and 83 ft lbs. It features a hollow cylinder diameter of 1.77 inches, ensuring versatility.
The milling capacity stands at 3.7 cubic inches per minute, thanks to its 9.5/5.5 HP milling spindle. The Y-axis offers movement within +2.76 / -1.77 inches. Machine dimensions include a swing over way covers of 22.83, swing over saddle at 18.5, and max turning diameter of 13.39. The X-axis travel reaches 10.24 inches, while the Z-axis spans 39.76 inches. Enhancing functionality, the machine utilizes a 4.6 HP Y-axis servo and X-axis ball screw of 1.26-inch diameter powered by a 4.7 HP servo. The Z-axis ball screw features a 1.57-inch diameter supported by a 6.1 HP servo.
For transportation estimates, the machine's dimensions are 138 inches in length, 80 inches in width, and 98 inches in height, weighing in at 17,500 pounds. It is further equipped with a Y-axis, Live Tooling, and sub-spindle. This listing includes Kitagawa chucks and an LNS Turbo Conveyor. Additional features comprise an AUTO DOOR with DUAL CYCLE (1-Y0601-01), a tool setter, RPD TRVRS (1-Y1366-00), and ROBOT ABX I/F (1-Y1114-00). Please note a Tooling Package is available at a discounted rate, terms apply.
Machine Comps
