Used FANUC α-T21IDL #9225131 for sale

FANUC α-T21IDL is a machine tool built for precision and accuracy in a variety of metalworking projects. It features a large rectangular table with efficient platen divided into 4 independently adjustable segments that allow for heavy job setup and workpiece hold-down. This table can be fashioned with a variety of specialized fixtures, such as trunnion holders or tilt tubes for high-precision yielding of complex parts. In addition to the table, it is also outfitted with an X and Y axis (horizontal and vertical) which are equipped with powerful servo motor drives for precise motion control. Α-T21IDL is powered by an in-house designed CNC-controler which is highly flexible and enables the user to program a variety of machining operations, from simple drawing to intricate 3D profiles and complex surfaces. It is also powered by a two-axis (X and Y) head-type spindle, making it capable of delivering high-precision drilling, milling, reaming, tapping, and other processes. FANUC α-T21IDL utilizes an engineered ballscrew (table) drive equipment that offers an accuracy of 0.0004" (0.01mm), allowing for cutting speeds from 50-500rpm. In addition, the rigid design of the axis and table is bolstered by an advanced harmonic dampening system which further enhances accuracy by reducing vibration. The machine is outfitted with a fully automatic lubrication unit that will ensure smooth operation and reliable performance, while a streamlined approach to chip evacuation is enabled by an inbuilt suction machine that collects all residue materials, further minimizing the risk of contamination. Furthermore, α-T21IDL is comprehensively shielded with a guard cover that eliminates any possibility of operator error or mishap. Additionally, FANUC intrinsically safe design (ESD) indicates to the machine operator the immediate presence of hot surfaces in the work-zone, thereby preventing accidents or injuries, ensuring the safety of operators at all times. In conclusion, FANUC α-T21IDL is an ideal tool for highly precise parts manufacturing and drilling, with features that are tailored toward reducing the risk of operator error and machine breakdown, as well as increasing performance efficiency and accuracy, making it a valuable asset in any machining facility.