The Raceway cnc induction hardening machine for Slewing Rings is Slant Axis CNC Hardening Machine,which equipped with both manual and fully automatic operation capabilities, is suitable for both single-piece and batch part production. It features continuous hardening, segmental synchronous hardening, and other functions, primarily used for scanning hardening of large-sized rotary bearings, raceways, internal channels, and external channels for ring-shaped parts. Widely applied in the induction heat treatment fields of wind power rotary supports, construction machinery, machine tools, and other industries, this induction hardening machine for sale boasts a rational structure, comprehensive functions, and is convenient for installation and commissioning.
Raceway CNC Induction Hardening Machine For Slewing Rings Features
Design and Structure: The quenching machine utilizes an angled vertical design at a 70-degree inclination, effectively functioning as a vertical induction hardening machine with a welded steel frame and a double-beam construction. It features a four-point support system with dual rollers for versatile work-piece positioning in both support and hanging modes, accommodating ring gear raceways of different diameters.
Control and Automation: Equipped with an 840DSL system and Siemens controls, the machine ensures precise two-dimensional tracking for sensor and quenching surface alignment, roller rotation, and X-direction feeding. This setup enables continuous scanning quenching and allows for adjustable belt width and quenching gap settings, optimizing the process for various work-piece dimensions. The induction heating suppliers often highlight these advanced control features as key selling points.
User Interface and Efficiency: The cross slide includes manual fine-tuning capabilities for heating loads and tracking systems, with a control panel situated for operator convenience. The system supports automatic recording of adjustments post-setup, facilitating consistent mass production without the need for further adjustments, thereby enhancing operational efficiency and precision.
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