YB100 precision CNC horizontal gear hobbing machine is a kind of machine tool specially developed for high-efficiency machining of precision small and medium diameter gear, mainly used for machining cylindrical spur gear and helical gear with module m≤3mm and diameter less than 100 mm. When selecting reasonable cutting parameters and hob accuracy, the cutting accuracy can reach GB10095-2001 level 5 accuracy.

The machine tool adopts the Japanese FANUC CNC system, which is a seven-axis four-linkage CNC machine tool, which can control X, Y, Z, W, A, B, C seven axes with the same service. The machine tool has linear interpolation, limit protection and other CNC functions, and has electronic gear box and rollback functions. According to the characteristics of the user's parts, the appropriate automatic loading and unloading system can be designed and manufactured to realize the automatic processing of the machine tool.

Machine base, spindle box drag plate and tool holder adopt high rigidity design, high quality Mihanna cast iron (dense cast iron) integral bed and drag plate, guide rail adopts high precision, high rigidity linear roller guide, tangential drag plate is equipped with auxiliary locking mechanism, suitable for high-speed, high precision, hard tooth surface processing.

Main feature
YB100 workpiece spindle adopts FANUC torque motor and FANUC original encoder, which makes the workpiece spindle indexing accuracy higher, and no gap transmission, the maximum speed of the workpiece spindle can reach 1000r/min.

YB100 workpiece spindle torque motor is equipped with oil cooling device, so that the workpiece spindle performance can be stable.

The workpiece spindle front bearing uses the British GAMET high-precision double-row tapered roller bearing, the tapered roller bearing is hollow inside, anti-vibration and shock absorption ability is strong, very suitable for intermittent cutting gear.

The machine has a high degree of automation, and has a graphical operation interface for secondary development, which can realize automatic programming processing.