CRAFTSMANSHIP, REDEFINED.
重新定义工匠精神
AI-Powered Humanoid Polishing · NextBrain Intelligence
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重新定义工匠精神
AI-Powered Humanoid Polishing · NextBrain Intelligence
The world's first AI-powered humanoid polishing robot. Steven combines 6-axis force sensing with multimodal AI perception to deliver craftsmanship-level surface finishing — autonomously. Built on 15+ years of industrial polishing expertise, Steven represents the convergence of human dexterity and machine precision.
全球首台AI驱动人形抛光机器人，融合六轴力控与多模态AI感知技术。
Real-time force feedback with 0.01N precision across all axes
Vision, tactile, and acoustic fusion for complete surface understanding
7-DOF articulated arms with compliant joint control
Self-improving algorithms that master new surfaces in hours
Where force control meets craftsmanship
力控技术与工匠精神的融合
The Mushroom Cloud System — six AI subsystems working in concert as the cognitive backbone of every Stial robot.
蘑菇云系统——六大AI子系统协同运作，构成每台斯帝尔机器人的认知基石。
Force, vision, tactile, and acoustic sensing fused into a perceptual neural network for complete surface understanding.
力觉·视觉·触觉·听觉四重感知融合
Central control system integrating all perceptual inputs with real-time EtherCAT motion control and servo coordination.
集成感知网络的机器人中枢控制系统
Chicken Swarm Optimization — a bio-inspired algorithm for smooth, energy-efficient robot arm trajectory planning.
鸡群优化算法实现平滑轨迹规划
Self-improving algorithms that autonomously learn, train, and evolve — mastering new surfaces and materials in hours.
自主学习、训练与进化的AI算法
Stial envisions the factory of 2030 — where intelligent humanoid robots work alongside human engineers, creating a new paradigm of precision, efficiency, and quality.
斯帝尔展望2030年工厂——智能人形机器人与人类工程师并肩工作。
Seamless collaboration between human expertise and robotic precision on shared production lines.
Real-time quality inspection powered by NextBrain™ ensures every surface meets exacting standards.
Closed-loop feedback systems that eliminate defects before they occur, not after.
Precision polishing for body panels, engine components, and interior trim pieces at production scale.
Critical surface finishing for turbine blades, airframe components, and high-performance alloys.
Ultra-precision wafer polishing and CMP processes for next-generation chip manufacturing.
Biocompatible surface finishing for implants, surgical instruments, and precision medical devices.