Used LEBLOND-MAKINO U32C2 #9400071 for sale

LEBLOND-MAKINO U32C2 is a next-generation machine tool designed for superior machining quality, accuracy and overall efficiency in the workplace. This high-speed precision CNC machine is perfect for machining complex jobs in a range of industries including automotive, aerospace and medical. U32C2 offers superior machining accuracy and quality in a compact design. It features a rigid linear motor drive equipment that offers a rapid traverse rate of 60 meters per minute. This system also enables direct positioning on all axes to reduce non-cutting time and improve production efficiency. In addition, LEBLOND-MAKINO U32C2 utilizes an advanced thermal compensation unit to ensure accurate machining results regardless of the working environment or ambient temperatures. The machine's temperature measuring devices monitor the internal and external conditions of the workpiece and the tool itself to ensure accurate machining processes are always achieved. The machine also features a high speed spindle with a maximum rpm up to 24,000rpm. This ensures a high-quality finished product with superior surface finishes. Furthermore, the spindle is designed with an automatic health monitoring machine that detects any issues with the bearing preload in order to minimize downtimes. U32C2 is equipped with the latest Makino control tool, the MAKINO FMS Pro II. This asset integrates the machine's advanced control functions with expert user functions like graphical screen display and simulation with 3D collision detection. The touch screen panel allows the user to quickly setup jobs and input/output programs and data. Overall, LEBLOND-MAKINO U32C2 is a cutting-edge, high-precision machine tool with superior quality and accuracy. The advanced technology, coupled with its extended capabilities, make it a great choice for any manufacturing application. Its thermal compensation model, high speed spindle and MAKINO FMS Pro II control equipment all contribute to achieving the most accurate machining results with the shortest cycle times.