Used REISHAUER RZ 362 #9259598 for sale

REISHAUER RZ 362 is a precision thread grinding machine specifically designed for superior threading accuracy. Featuring a modular construction with high-performance aggregates and intuitive operation, this machine tool is known for its high reliability and ease of use. RZ 362 features a preloaded, hydrostatically supported B-axis with two grinding spindles for grinding worm gears, thread gauges, or thread cutting tools. Each spindle is built with a servo-driven worm gear set, and the B-axis provides a programmable surface grinding angle, thread surface finish, and a forward/reverse grind cycle. The machine's drives are provided by a two-speed motor, managed by a frequency converter that regulates the speed within narrow tolerance ranges. For optimal accuracy, a feed axis is supported by hard-point bearings and integrated measuring systems. The machine is equipped with a camera-based workpiece measurement device and a mobile measuring probe, allowing for non-contact measurement of any form deviations. Other features, like the self-sensing automatic grinding wheel compensation, automatic positioning, and CNC functionality add to the precision and efficiency of REISHAUER RZ 362. Thanks to a digital product definition, this machine can be used to grind multiple threads with one setup. A range of options such as an extended working range, increased grinding wheel width, and additional measuring functions are available to customize the machine for specific applications. Safety features also ensure RZ 362 is designed with operator safety as the primary concern. The machine incorporates a safe stop function and an integrated cooling system to prevent overheating of grinding spindles and workpiece holders. Overall, REISHAUER RZ 362 is a powerful machine tool that provides reliable grinding performance for a variety of applications, and is easy to use and maintain. Its high precision, intuitive control, and safety features make it an ideal choice for high-precision thread grinding in tight production cycles.