机器人 / 具身智能ROBOTICS
人形机器人。关键卡位：谐波减速器、力矩传感器、执行器、稀土永磁电机。Humanoid robots. Key chokepoints: Harmonic reducers, Torque sensors, Actuators, REE magnet motors.
成品 / 应用End Product / App· 20 子节点sub-nodes机器人 / 具身智能ROBOTICSROBOTICS机器人 / 具身智能会走会抓的整机最吸睛 — 但真正的价值藏在关节里:谐波减速器、力矩传感器、执行器、无框电机,以及最上游的稀土永磁Full-system platforms that walk and grasp attract the most attention — but the real value lies in the joints: harmonic reducers, torque sensors, actuators, frameless motors, and the most upstream bottleneck of all: rare-earth permanent magnets
会走会抓的整机最吸睛 — 但真正的价值藏在关节里:谐波减速器、力矩传感器、执行器、无框电机,以及最上游的稀土永磁Full-system platforms that walk and grasp attract the most attention — but the real value lies in the joints: harmonic reducers, torque sensors, actuators, frameless motors, and the most upstream bottleneck of all: rare-earth permanent magnets
子系统Subsystem· 2 子节点sub-nodes整机系统集成Full-System IntegrationFull-System Integration整机系统集成把感知-决策-运动拼成一台能干活的机器人Integrating perception, decision-making, and motion into a functional robot
把感知-决策-运动拼成一台能干活的机器人Integrating perception, decision-making, and motion into a functional robot
把视觉-语言-动作打通的端到端模型 — 决定机器人是否真的会泛化干活,价值正从硬件迁移到这里End-to-end vision-language-action models — determines whether robots can truly generalize to new tasks; value is migrating from hardware to this layer
步态平衡、强化学习、Sim2Real 训练场Gait balance, reinforcement learning, and Sim-to-Real training environment
子系统Subsystem· 10 子节点sub-nodes关节模组 (执行单元)Joint Modules (Actuation Units)Joint Modules (Actuation Units)关节模组 (执行单元)人形机器人最贵也最稀缺的部分 — 一台 Optimus 约 40 个执行器,价值占整机大头The most expensive and scarce component in humanoid robots — one Optimus requires ~40 actuators, representing the largest share of total system value
人形机器人最贵也最稀缺的部分 — 一台 Optimus 约 40 个执行器,价值占整机大头The most expensive and scarce component in humanoid robots — one Optimus requires ~40 actuators, representing the largest share of total system value
部件Component· 2 子节点sub-nodes谐波 / RV 减速器(盲区) ●Harmonic / RV Reducers (blind spot) ●Harmonic / RV Reducers (blind spot) ●谐波 / RV 减速器(盲区) ●旋转关节里的精密减速核心 — 全球被日企哈默纳科/纳博特斯克垄断,国内绿的谐波切入,美股几乎没有纯标的Precision reduction core in rotary joints — globally dominated by Japanese firms Harmonic Drive and Nabtesco; China's Lide Harmonic is entering the market; almost no pure-play US-listed options
旋转关节里的精密减速核心 — 全球被日企哈默纳科/纳博特斯克垄断,国内绿的谐波切入,美股几乎没有纯标的Precision reduction core in rotary joints — globally dominated by Japanese firms Harmonic Drive and Nabtesco; China's Lide Harmonic is entering the market; almost no pure-play US-listed options
谐波减速器的弹性变形齿圈,需高强韧合金钢Elastically deforming ring gears in harmonic reducers; require high-strength, tough alloy steel
减速器与关节回转支撑,日企 THK/NSK 主导Rotary support for reducers and joints; dominated by Japanese firms THK and NSK
部件Component· 3 子节点sub-nodes执行器 / 无框力矩电机(盲区) ●Actuators / Frameless Torque Motors (blind spot) ●Actuators / Frameless Torque Motors (blind spot) ●执行器 / 无框力矩电机(盲区) ●关节驱动的动力源 — 无框直驱电机 + 行星滚柱丝杠(线性执行器),稀缺度仅次于减速器Power source for joint actuation — frameless direct-drive motors combined with planetary roller screws (linear actuators); scarcity second only to reducers
关节驱动的动力源 — 无框直驱电机 + 行星滚柱丝杠(线性执行器),稀缺度仅次于减速器Power source for joint actuation — frameless direct-drive motors combined with planetary roller screws (linear actuators); scarcity second only to reducers
把旋转转线性出力的执行核心,加工门槛极高Core mechanism converting rotary to linear force; extremely high manufacturing barrier
关节角度与速度闭环反馈Closed-loop feedback of joint angle and velocity
电机驱动与功率半导体(SiC/GaN MOSFET)Motor drive ICs and power semiconductors (SiC/GaN MOSFETs)
部件Component· 1 子节点sub-nodes力矩 / 触觉传感器(盲区) ●Torque / Tactile Sensors (blind spot) ●Torque / Tactile Sensors (blind spot) ●力矩 / 触觉传感器(盲区) ●灵巧手与关节要有'手感' — 六维力/力矩传感器和触觉皮肤是机器人能否抓鸡蛋的关键,极小众Dexterous hands and joints need 'touch' — six-axis force/torque sensors and tactile skin determine whether a robot can handle an egg; extremely niche market
灵巧手与关节要有'手感' — 六维力/力矩传感器和触觉皮肤是机器人能否抓鸡蛋的关键,极小众Dexterous hands and joints need 'touch' — six-axis force/torque sensors and tactile skin determine whether a robot can handle an egg; extremely niche market
力矩传感的敏感芯Sensing core of torque sensors
机器人的眼睛 — 摄像头、深度相机、激光雷达、IMU,具身导航与抓取的输入端The robot's eyes — cameras, depth cameras, LiDAR, and IMUs; input layer for embodied navigation and grasping
子系统Subsystem· 3 子节点sub-nodes稀土永磁 · 关键材料(盲区) ●Rare-Earth Permanent Magnets · Critical Materials (blind spot) ●Rare-Earth Permanent Magnets · Critical Materials (blind spot) ●稀土永磁 · 关键材料(盲区) ●无框电机的磁动力来自钕铁硼永磁 — 稀土供应链是整条价值链最上游、最被卡脖子的命门The magnetic force in frameless motors comes from NdFeB permanent magnets — the rare-earth supply chain is the most upstream and most vulnerable chokepoint in the entire value chain
无框电机的磁动力来自钕铁硼永磁 — 稀土供应链是整条价值链最上游、最被卡脖子的命门The magnetic force in frameless motors comes from NdFeB permanent magnets — the rare-earth supply chain is the most upstream and most vulnerable chokepoint in the entire value chain
部件Component· 1 子节点sub-nodes钕铁硼永磁体 (NdFeB)Neodymium Iron Boron Permanent Magnets (NdFeB)Neodymium Iron Boron Permanent Magnets (NdFeB)钕铁硼永磁体 (NdFeB)高性能永磁,无框力矩电机必需High-performance permanent magnets; essential for frameless torque motors
高性能永磁,无框力矩电机必需High-performance permanent magnets; essential for frameless torque motors
永磁的稀土元素来源,中国占全球加工主导Rare earth element sources for permanent magnets; China dominates global processing
外骨骼/连杆的铝合金、镁合金、碳纤维,影响整机重量与续航Aluminum alloy, magnesium alloy, and carbon fiber for exoskeletons and linkages; directly affects total weight and battery life
续航是人形机器人量产的硬约束 — 电芯与电源管理Battery life is the hard constraint for humanoid robot mass production — cell chemistry and power management
机器人本体的'小脑' — 边缘推理芯片与训练算力The robot's 'cerebellum' — edge inference chips and training compute
📰 近期新闻Recent newsNewsAPI · 4 篇articles · 构建快照snapshot 2026-06-15
交叉验证 LLM 生成的产业链关系是否与近期事件吻合。Cross-check whether the LLM-generated supply chain relationships match recent events.
Figure AI's intern outperformed a humanoid robot in a package sorting contest, highlighting the challenges in robotics automation.
LinkerBot makes dexterous robotic hands for as little as $600. It wants to become the standard for humanoids and automated factories—and eventually replace human labor altogether.
Given that some of the more famous demos were by Honda and Tesla, you might be forgiven for thinking you need pockets as deep as a car company to get into humanoid robotics — and maybe that w…
Silicon Valley's AI boom is moving into robotics as OpenAI, Meta, Tesla, and startups race to give AI a body.
数据来源：Finnhub（报价快照 2026-06-15）· NewsAPI（新闻快照）。仅供研究 · 非投资建议。Sources: Finnhub (quote snapshot 2026-06-15) · NewsAPI (news snapshot). Research only · not investment advice.