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Stial Wins Bid for Railway Link-Rail Intelligent Grinding Workstation Project
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Stial won the bid for the link-rail intelligent grinding workstation project of a domestic railway special equipment manufacturing enterprise, and will provide an AI flexible grinding solution for the core workpieces of its turnouts. Link-rail workpieces present working conditions including large dimensions of over 2 meters, high hardness of HRC 45–50°, and thickness deviation and warping; traditional manual grinding is time-consuming and offers poor consistency. Stial's solution uses the PolishX flexible force-control system to perceive contact status in real time, and NextBrain AI Mogu Cloud matches grinding trajectories and force-control parameters according to geometric features and performs real-time force-position compensation. Stial states that this project validates its engineering delivery capability for the closed technology loop of perception, analysis, decision-making, and execution.
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- Stial Wins Bid for Intelligent Grinding Workstation Project for Railway Equipment Company's Continuous Welded Rail
Stial has won the bid for an intelligent grinding workstation project for a continuous welded rail at a domestic railway-specific equipment manufacturer, and will provide an AI flexible grinding solution for the core workpieces of its turnouts. The continuous welded rail workpieces present conditions including large dimensions of over 2 meters, high hardness of HRC 45–50°, and thickness deviation and warping. The solution uses the PolishX flexible force control system to sense contact status in real time, and NextBrain AI Mushroom Cloud matches grinding trajectories and force control parameters according to geometric features and performs real-time force-position compensation. Stial said the project verified its engineering delivery capability across the closed technology loop of perception, analysis, decision-making, and execution.
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