Used NAKAMURA TOME WT-250 MMY #9170076 for sale

NAKAMURA TOME WT-250 MMY is a multi-axis, CNC machine tool designed for process customization. This unit provides a high level of accuracy for difficult machining operations, as well as cost-effectiveness and ease of use. It features a cast base that ensures stability and durability, as well as a broad range of spindles that support various applications. The WT-250 is equipped with a spindle capable of rotating at high speeds and offering a wide range of feedrates. Its bed is constructed of thick-walled steel to ensure long-term rigidity and stability, and the spindle is mounted on the bed for full contact support. Its cutting tools are positioned in a manner that reduces unbalance, enabling extremely smooth motor operation. Additionally, the spindle is capable of handling heavy-duty machining operations such as threading, drilling and milling. The WT-250 also features a unique thermal compensation system which actively adjusts for machine load changes that occur throughout the machining process. This system helps maintain the precision and accuracy the unit's system is known for. Furthermore, the machine is equipped with a Fanuc OiMate CNC control that is capable of automatically executing complicated operations. The OiMate controller enables fast and convenient access to various machining processes. For the operator's convenience, the WT-250 is designed to be compatible with multiple fourth and fifth axis systems and a number of advanced APC types. It also features a tool interface that allows for convenient tool changes with minimum downtime. In addition, it includes a manual feed table which can be used to help move large work pieces into position. The WT-250 is designed to meet the needs of different production environments, and is capable of handling a variety of metalworking and other operations with extreme precision. It's a tool that provides a great value for the money, and is ideal for those who need a reliable, accurate, and durable machine that can handle even the most complex machining operations.