en.Wedoany.com Reported - Australian CNC tool grinding technology company ANCA has released the latest version of its tool design and grinding software, ToolRoom RN35. This version reduces machining cycle times by an average of 35% through feed rate optimization, air-cut time reduction, accelerated digital operations (including automatic tool measurement suitable for the regrinding market), improved surface finish, and simplified programming, while maintaining ANCA's industry-leading tool quality.

The new grinding software features introduce multiple technical innovations that simplify production processes, enhance output, and help customers produce high-quality tools faster and at lower cost. ANCA Software Product Manager Thomson Mathew stated that ToolRoom RN35 is not merely a software upgrade, but a redesign of the grinding experience to unlock new levels of efficiency, quality, and machine utilization. From feed rate optimization to grinding point speed control and accelerated digital operations, this version empowers manufacturing enterprises to maximize output while maintaining ANCA's world-class precision.

Current tool production faces challenges from rising raw material and manufacturing costs; long cycle times, complex programming, and machine downtime are no longer acceptable. The intelligent grinding process in ToolRoom RN35 increases productivity without sacrificing accuracy, achieving more tools produced per hour with consistent quality. The simplified, user-friendly interface integrates automation and real-time online measurement, helping to boost productivity, shorten machining cycles, and reduce per-unit costs without lowering standards. The new grinding functions are designed to maximize return on investment and minimize downtime, helping customers turn the cost per tool into a competitive advantage.

The newly introduced "Grinding Point Speed Feed Rate Reference Mode" is a breakthrough approach for achieving high-quality machining in the tool industry. This function uses dedicated grinding software intelligence to maintain a constant speed at the grinding point when it contacts the workpiece, utilizing intelligent kinematic control to dynamically adjust machine axis speeds in real time, ensuring stable feed at the contact point. The resulting effects include: significantly improved surface finish, consistent grinding patterns, elimination of transition lines, simplified programming, and notably reduced machining cycle times—for example, the machining time for a certain tool was reduced from 2 minutes and 3 seconds to 1 minute and 43 seconds.

This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com