STUDER S22

STUDER S22 Cylindrical Grinder (used) Mfd 2010 Serial #: 1040-0016 with Auto-Load and Fanuc Robot load system, low hours, well maintained, many spares and extra wheels, fixtures, etc. Available immediately. It has straight, fixed wheel-head and was set up for OD’s only. It can grind multiple OD’s simultaneously, but does not do ID’s or faces on the work piece. Ideally suited for a production environment.  SPECIFICATIONS SWING: 14" PLAIN OR ANGLE HEAD: Plain GRINDING WHEEL DIA.: 24" CONTROL: CNC (Fanuc)  The S22 is a production platform for the mass production of medium-sized workpieces. It has distances between centres of 650mm (25.6") / 1100mm (43.3") and centre heights of 175mm (6.9") / 225mm (8.8"). It can machine workpieces with a maximum weight of 150kg (330lbs). The S22 with its extensive expansion options can be configured for every grinding application to be the perfect production machine. Highly dynamic axis drives, high-quality STUDER guideway systems, short reaction times and optimized traverses form the basis of the S22. The high-speed grinding option (HSG) contributes to increasing productivity with its peripheral speed of up to 140m/s (27,600 sfpm). Hardware: GranitanR S103 mineral casting machine base Cross slide X: anti-friction guideways with ball-screw Longitudinal slide Z: guideway with patented surface structure and ballscrew drive C-axis for the workhead Application-specific workhead concepts Additional NC axis for profiling the grinding wheel Full enclosure with movable front panels for optimal accessibility Integrated loading unit or loading cell for loading and unloading from left, right or above Large range of accessories  Software: Easy programming with StuderWIN on Fanuc 31i-A StuderGRIND programming software to create grinding and dressing programs Standardized interfaces for loader and peripheral devices  EQUIPPED WITH Fanuc 31i-A control Full C Axis work head 24" fixed straight wheel Auto Load Fanuc Robot System Fixtures Extra Wheels Spare Parts Low Hours Extremely well maintained Â