Used ANAYAK HVM 3300 #9066821 for sale

ANAYAK HVM 3300 is a CNC (computer numerical control) vertical machining center with a working table of approximately 4500 x 1500 mm. The machine is designed for heavy cutting, and is ideal for high-volume production operations in medical, automotive, agricultural, and aerospace applications. HVM 3300 is equipped with a high performance spindle offering speeds up to 12,000 rpm and a servo-driven cutting feedrate of 250m/min. The spindle drive motor is designed to provide high torque at low speeds with improved acceleration which increases machine productivity without compromising cutting tool life. The machine is also equipped with a linear scale for precise measurement and control, as well as variable-frequency drives for precise speed and torque control. ANAYAK HVM 3300 is equipped with a range of options for automatic tool changers (ATCs) and pallet changers, as well as jig and fixture clamping systems. The machine has an automatic tool-length and radius-measuring system as well as a tool-breakage detection system to ensure accurate and safe operation. Tooling can be loaded directly into the machine, with a quick change interface and fixture setup. This allows for more efficient tooling changes and reduces downtime. The machine also features rigid construction and high-tolerance machining for precision and accuracy, with a minimum limit of 3 μm. HVM 3300 has a built-in Heidenhain TNC530 CNC unit, designed for precise three-dimensional movements. The CNC control has a 9" LCD color display, a USB port for external data-transfer, integrated PLC controls for precise servo motor control, a serial port for communication with other devices, and a powerful graphics capability for monitoring and analyzing machining operations. Additionally, the machine is equipped with an integrated coolant-oil unit and an advanced diagnostic system for monitoring and self-monitoring. As a result, ANAYAK HVM 3300 is a powerful and versatile machine tool suitable for a wide variety of machining needs. The combination of rapid response and precision control capabilities makes it well suited for large-scale, high-precision machining. The ability to produce component parts with high accuracy and repeatability is ideal for the production of complex components used in medical, automotive, agricultural, and aerospace applications. This machine has high-tolerance machining capabilities and integrated diagnostic systems, making it a reliable and cost-effective solution for many industrial applications.