Used MIYANO BND 51 - S2 #9091482 for sale

MIYANO BND 51 - S2 is a high-precision CNC multi-tasking lathe featuring advanced user friendly programming functions. This machine tool offers exceptional speed, accuracy, and surface finish with two standard spindles enabling high-production machining. It is perfect for production operations of medium and large-scale batch parts, such as automotive, aerospace, and medical components. The displacement of BND 51 - S2 is designed for bigger parts and larger irregular shapes. Its machine bed is designed with granite to provide vibration dampening, and stiffness to ensure stable machining. To further enhance accuracy, this machine has a spindle head that is constructed from cast iron, and can rotate up to 12,000 RPM. MIYANO BND 51 - S2 features powerful CNC controllers that allow the user to easily program intricate shapes and processes. This includes operations such as drilling, milling, reaming, and tapping. BND 51 - S2 features an 8-position turret containing two double sided tools that can be quickly changed during operations. This increases productivity and reduces the amount of time needed to complete jobs. Additionally, an optional sub-spindle can be added to enable the machining of both surfaces. MIYANO BND 51 - S2 is equipped with a tool length sensor for smoother, automated machining as well as a chip conveyor that allows for efficient chip removal when machining large batches. Additionally, the machine includes a coolant system that provides coolant to each tool, ensuring continuous temperatures required for high speed operations. Overall, BND 51 - S2 is a highly reliable machine tool with advanced features, making it perfect for even the most demanding applications. Its two spindle heads and 8-position turret provide efficient and fast machining operations while its granite bed and CNC controllers offers exceptional precision and surface finish. User-friendly programming functions and various additional features make this machine perfect for a variety of production operations.