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Stial Wins Bid for Aviation Material Flexible Grinding Project

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Stial Technology stated that its AI flexible grinding robot has won the bid for an intelligent flexible grinding project for aviation material repair, entering the complex grinding scenarios of aviation maintenance (MRO). According to Stial, aviation material repair grinding requires precise removal of defect allowance without damaging the base material, placing strict demands on contact force control, profile conformity, and processing consistency. The company claims that the solution achieves self-analysis of workpiece features, self-generation of grinding paths, and matching of process parameters through multimodal perception and data analysis. The PolishX flexible force-controlled actuator has a force control accuracy of ±0.8N, adjustment response <10ms, and contact force accuracy of ±0.5% FS.

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  1. STIER Wins Bid for Intelligent Flexible Grinding Robot Project for Aviation Material Repair

    STIER's AI flexible grinding robot has won the bid for an intelligent flexible grinding project for aviation material repair, entering the complex grinding scenarios of aviation maintenance (MRO). Addressing the issues of diverse aviation material categories, large differences in wear deformation, and difficulty in forming standardized machining benchmarks, STIER builds a full-stack solution with multimodal environmental perception, multi-source heterogeneous data analysis, intelligent decision-making, and precise execution, enabling self-analysis of workpiece features, self-generation of grinding paths, and intelligent matching of process parameters. Its PolishX flexible force-controlled actuator achieves force control accuracy of ±0.8N, adjustment response <10ms, and contact force accuracy of ±0.5% FS.

    斯帝尔科技 · 微信公众号 ·

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StialGrasping and manipulationRobot hardware and key componentsIndustry news

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