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市場調查報告書
商品編碼
2045653
2026年全球機器人手市場研究報告Global Robot Hands Market Research Report 2026 |
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機器人手正在從傳統的機器人末端執行器發展成為嵌入式機器人技術中的關鍵執行層。
在這個領域,商業性價值不僅取決於抓取力、承重能力和使用壽命,還取決於自由度、觸覺感測、力控制精度、運動控制軟體、生產一致性和系統級相容性。典型的機器人手產品採用三指、四指和五指架構,其關鍵規格包括主動自由度、被動自由度、指尖抓取力、關節壽命、單手重量、通訊介面、觸覺陣列密度、響應頻率以及與機器人本體控制器的兼容性。在商業性,市場主要分為三大產品路線:面向人形機器人的整合式機器人手,強調輕量化設計、降低成本和易於製造;面向勘測、遠端操作和實驗室平台的外部機器人手,強調高自由度、高密度感測和開放式介面;以及面向工業、物流、醫療和家庭服務應用的混合式機器人手,強調可靠性、順應性和任務適應性。價值鏈從上游工程(如微型馬達、微型伺服、編碼器、肌腱、減速器、柔軟性材料、觸覺感測器和控制晶片)延伸到中游製程(如電子機械整合和產品檢驗),再到下游製程(如人形機器人、工業自動化、物流分類、醫療復健、研究和教育以及家庭服務)。
全球機器人手市場正處於轉捩點,從原型檢驗邁向大規模商業化。預計2025年,全球機器人銷售將達到44,300台,營收將達2.3737億美元,分別較2024年成長212.9%和148.6%。平均市場價格將從2024年的每台6,740美元降至2025年的每台約5,360美元。這反映了平均售價(ASP)的結構性下降,主要原因是低成本嵌入式產品的普及和中國供應鏈的快速擴張。按公司分類,預計2025年,Linkerbot、Shadow Robot、北京英思創機器人科技有限公司、BrainCo和SCHUNK將成為營收排名前五名的供應商,約佔市場佔有率的37.4%。就出貨量而言,Linkerbot、北京英普瑞機器人科技有限公司、Agile Robots、OYMotion Technologies 和 BrainCo 位列前五,總合佔約 43.6% 的市佔率。預計到 2025 年,Linkerbot 將在出貨量和營收兩項指標上均領先,出貨量約為 11,900 台,營收達 3,738 萬美元,體現了其低成本、高靈活性和可擴展的生產模式。同時,Shadow Robot 的營收累計約為 1,535 萬美元,反映了高階研究產品典型的高價低產量特徵。北京英普瑞機器人科技有限公司、BrainCo、SCHUNK、OYMotion Technologies、Agile Robots、Unitree Robotics、Qbrobotics 和東京機器人公司各自體現了不同的商業方法,包括微型致動器驅動的手、仿生義肢技術改造、商業性抓取系統擴展、肌電圖控制技術改造、機器人與本體整合、低成本三件式平台、軟體執行器。
機器人手的區域供應結構日益主導,但北美、歐洲、日本和韓國在技術深度和客戶群方面仍存在差異。預計2025年,中國將生產約32,500台機器人手,約佔全球產量的73.4%。這得益於中國人形機器人製造商的集中、精密製造能力、緊湊型驅動系統、低成本電子元件以及系統整合能力。北美將生產約4,200台機器人手(佔全球產量的9.4%),主要由特斯拉、Clone Robotics和Vishwa Robotics等公司推動,重點在於自主研發人形機器人、仿生肌肉骨骼系統和專用機器人。歐洲將生產約3,100台機器人手(佔全球產量的6.9%),Shadow Robotics、Schunk和Qbrobotics等公司為其代表,這些公司將高階平台技術與工業抓取技術結合。日本和韓國分別約佔2.3%和2.1%,東京機器人、Wonic Robotics和Tesoro等公司在研究平台和工業機器人生態系統中保持著一定的地位。在需求方面,預計到2025年,亞太地區的消費量將達到約24,900台(佔全球需求的56.3%),歐洲和北美分別佔20.1%和19.1%。這表明亞洲是製造和應用中心,而歐洲和北美仍然是高階研究、醫療、工業示範和人形機器人早期應用的重要市場。
機器人手的產品組合正迅速從昂貴的外部平台轉向整合式和混合式架構。預計到2025年,整合式產品銷售量將達到約20,400台,佔總銷售量的46.0%,營收達1.3863億美元,佔總營收的58.4%。外部產品預計銷售量將達到約15,200台,營收為5,608萬美元,分別佔總銷售量的34.2%及總營收的23.6%。混合式產品預計銷售量將達到約8,800台,營收為4,266萬美元,分別佔總銷售量的19.8%及總營收的18.0%。嵌入式產品的高收入佔有率表明,儘管成本不斷降低,但由於其高自由度、觸覺感測以及與機器人本體控制器的封閉回路型整合,人形機器人手仍然具有巨大的價值。外接式產品主要用於研發、遠端操作、二次開發以及現有機械臂的升級,但價格更高,擴充性也更有限。混合型產品在工業軟性抓取和服務機器人領域提供了一種切實可行的折衷方案,可應用於更廣泛的領域,包括物流分類、輕工業、醫療輔助和家事服務。預計2026年至2032年,嵌入式產品的年複合成長率將達到51.72%,外接式產品為48.74%,混合型產品為49.74%,其中嵌入式機械手預計將成為最大的成長動力。
從機器人的應用領域來看,工業和物流行業仍然是最大的商業應用領域,而消費服務和新興應用則展現出較高的長期成長彈性。到2025年,工業應用的機器人手出貨量將達到約13,800台,銷售額將達到9,929萬美元,分別佔總出貨量的31.2%和總銷售額的41.8%。物流應用的機器手出貨量將達到約11,400台,銷售額將達到6,461萬美元,分別佔總出貨量的25.8%和總銷售額的27.2%。醫療應用的銷售額將達到3,091萬美元,科學研究應用將達到1,799萬美元,消費應用將達到1,021萬美元。在工業應用中,穩定性、可重複性、使用壽命和系統整合的經濟性至關重要。在物流應用中,多SKU支援、輕量化結構和低維護成本至關重要。在醫療應用中,安全冗餘、合規控制和監管檢驗至關重要。對於科學研究應用而言,開放介面、高密度感測和演算法相容性是關鍵考量。對於消費應用而言,低成本、高安全性和任務多功能性至關重要。預計從2026年到2032年,消費應用將以59.69%的年複合成長率成長,而其他新興應用預計將以63.22%的年複合成長率成長,這表明機器人手的長期目標市場正從自動化生產線擴展到開放式環境。
近年來,機器人手的發展趨勢主要集中在三個方面:低成本大規模生產、觸覺封閉回路型控制、機器人OEM廠商的自主研發。在低成本大規模生產方面,中國企業正努力將機器人手的單價從數萬美元降至數千美元甚至更低,例如Linkerbot、北京英普瑞機器人科技有限公司、歐宇動力科技有限公司、深圳佳力科技有限公司、中國領翔科技有限公司、DH-Robotics和HITBOT等公司都透過不同的供應鏈路徑來尋求降低成本的策略。在觸覺封閉回路型控制方面,觸覺陣列、指尖力控制、滑移偵測和多模態資料擷取正成為產品改進的關鍵,PaXini Tech、Daimon Robotics、Tokyo Robotics、Wonik Robotics和Shadow Robot等公司則著重提升機器人手的感測和資料處理能力。在機器人OEM廠商的內部研發中,特斯拉、優尼特機器人、上海艾吉博創新科技有限公司、RobotEra、MagicLab和Agile Robots等公司正將機器人手定位為人形機器人身體組件的一部分。雖然並非所有這些產品短期內都會對外銷售,但它們預計將對成本曲線、介面標準以及供應商的議價能力產生重大影響。機器人手的競爭焦點正從製造靈巧的手轉向以可接受的成本提供穩定、可擴展且可模型召回的操控能力。
本報告透過定量和定性分析,全面概述了全球機器人手市場,幫助讀者制定成長策略、評估競爭格局、了解自身當前市場地位,並就機器人手做出明智的商業決策。報告以2025年為基準年,以出貨量(台)和收入(百萬美元)為單位,呈現了機器人手市場的規模、估算、預測和展望,並涵蓋了2021年至2032年的歷史數據和預測數據。
本報告對全球機器人手市場進行了全面的細分。市場規模依類型、終端市場、自由度及各公司所在區域市場規模進行分類。為了提供更深入的見解,報告分析了競爭格局、主要競爭對手及其各自的市場排名,並探討了技術趨勢和新產品開發。
本報告透過提供整體市場及其細分市場的銷售額、產量和平均價格信息,為機器人手製造商、新參與企業以及整個行業價值鏈上的公司提供支持,並按公司、類型、終端市場和地區進行細分。
市場區隔
公司
按類型分類的細分市場
按最終市場分類
按地區分類的產量
按地區分類的消費狀況
Robot Hands are evolving from conventional robotic end-effectors into a critical execution layer for embodied robotics, where commercial value is determined not only by gripping force, payload and lifetime, but also by degrees of freedom, tactile sensing, force-control precision, motion-control software, production consistency and system-level compatibility. Typical Robot Hands products cover three-finger, four-finger and five-finger architectures, with key specifications including active DoF, passive DoF, fingertip force, joint lifetime, single-hand weight, communication interface, tactile-array density, response frequency and compatibility with robot-body controllers. Commercially, the market is splitting into three major product routes: built-in Robot Hands for humanoid robots, emphasizing lightweight design, cost reduction and manufacturability; external Robot Hands for research, teleoperation and laboratory platforms, emphasizing high DoF, dense sensing and open interfaces; and hybrid Robot Hands for industrial, logistics, medical and household-service applications, emphasizing reliability, compliance and task adaptability. The value chain spans micro motors, miniature servos, encoders, tendons, reducers, flexible materials, tactile sensors and control chips upstream; electromechanical integration and product validation in the midstream; and humanoid robotics, industrial automation, logistics sorting, medical rehabilitation, research education and household services downstream.
The global Robot Hands market has entered an inflection point from prototype validation toward scaled commercialization, with 2025 global sales reaching 44.3 thousand units and revenue reaching USD 237.37 million, up 212.9% and 148.6% from 2024, respectively. The average market price declined to around USD 5,360 per unit in 2025 from USD 6,740 per unit in 2024, reflecting structural ASP compression driven by lower-cost built-in products and the rapid scaling of Chinese supply chains. At the company level, Linkerbot, Shadow Robot, Beijing Inspire Robots Technology, BrainCo and SCHUNK were the top five vendors by 2025 revenue, together accounting for approximately 37.4% of the market. By unit shipment, Linkerbot, Beijing Inspire Robots Technology, Agile Robots, OYMotion Technologies and BrainCo formed the top five, with a combined share of about 43.6%. Linkerbot led both dimensions in 2025, with around 11.9 thousand units shipped and USD 37.38 million in revenue, representing the low-cost, high-DoF, scalable manufacturing route. Shadow Robot generated around USD 15.35 million in revenue, reflecting the high-ASP, low-volume profile of premium research-grade products. Beijing Inspire Robots Technology, BrainCo, SCHUNK, OYMotion Technologies, Agile Robots, Unitree Robotics, Qbrobotics and Tokyo Robotics each represent different commercial paths, including micro-actuator-driven hands, bionic prosthetic technology migration, industrial gripping-system extension, myoelectric-control technology migration, robot-body integration, low-cost three-finger platforms, soft underactuated hands and research-oriented platforms.
The regional supply structure of Robot Hands is increasingly China-led, while North America, Europe, Japan and South Korea remain differentiated by technology depth and customer profile. China produced around 32.5 thousand units in 2025, representing approximately 73.4% of global production, supported by its concentration of humanoid robot makers, precision manufacturing capacity, miniature drive systems, low-cost electronics and system-integration capabilities. North America produced around 4.2 thousand units, or 9.4% of global output, mainly driven by Tesla, Clone Robotics and Vishwa Robotics, with technology routes leaning toward humanoid self-development, bio-inspired musculoskeletal systems and specialized robotics. Europe produced around 3.1 thousand units, or 6.9%, represented by Shadow Robot, SCHUNK and Qbrobotics, combining high-end platform technology and industrial gripping know-how. Japan and South Korea accounted for around 2.3% and 2.1%, respectively, with Tokyo Robotics, Wonik Robotics and Tesollo maintaining relevance in research platforms and industrial-robotics ecosystems. On the demand side, Asia-Pacific consumed around 24.9 thousand units in 2025, or 56.3% of global demand, while Europe and North America accounted for 20.1% and 19.1%, respectively. This indicates that Asia is both a manufacturing and application hub, while Europe and North America remain important markets for high-end research, medical, industrial validation and early humanoid deployment.
The product mix of Robot Hands is shifting rapidly from expensive external platforms toward built-in and hybrid architectures. In 2025, built-in products reached around 20.4 thousand units, representing 46.0% of sales volume, and USD 138.63 million in revenue, representing 58.4% of total revenue. External products reached around 15.2 thousand units and USD 56.08 million in revenue, representing 34.2% of volume and 23.6% of revenue. Hybrid products reached around 8.8 thousand units and USD 42.66 million in revenue, representing 19.8% of volume and 18.0% of revenue. The higher revenue share of built-in products indicates that humanoid robot hands, despite ongoing cost reduction, still carry substantial value due to higher DoF, tactile sensing and closed-loop integration with robot-body controllers. External products mainly serve research, teleoperation, secondary development and upgrades of existing robotic arms, with higher pricing but more limited scalability. Hybrid products represent a practical compromise for industrial flexible grasping and service robotics, with broader applicability in logistics sorting, light manufacturing, medical assistance and household services. From 2026 to 2032, revenue CAGR is expected to reach 51.72% for built-in products, 48.74% for external products and 49.74% for hybrid products, with built-in Robot Hands becoming the largest incremental growth driver.
The application structure of Robot Hands shows that industrial and logistics scenarios remain the largest commercial landing points, while household services and emerging applications offer higher long-term growth elasticity. In 2025, industrial applications reached around 13.8 thousand units and USD 99.29 million in revenue, representing 31.2% of volume and 41.8% of revenue. Logistics applications reached around 11.4 thousand units and USD 64.61 million in revenue, representing 25.8% of volume and 27.2% of revenue. Medical applications generated USD 30.91 million, research applications USD 17.99 million and household applications USD 10.21 million. Industrial applications emphasize stability, repeatability, lifetime and system-integration economics; logistics applications emphasize multi-SKU handling, lightweight structures and low maintenance cost; medical applications emphasize safety redundancy, compliant control and regulatory validation; research applications emphasize open interfaces, dense sensing and algorithm compatibility; and household applications test low cost, high safety and task generalization. From 2026 to 2032, household application revenue CAGR is expected to reach 59.69%, while other emerging applications are expected to reach 63.22%, indicating that the long-term addressable market for Robot Hands is extending from automated production lines into open-ended environments.
Recent development dynamics in Robot Hands are concentrated in three directions: low-cost mass production, tactile closed-loop control and robot-OEM self-development. In low-cost mass production, Chinese companies are compressing Robot Hands from tens of thousands of dollars per unit into thousand-dollar or even lower-cost components, with Linkerbot, Beijing Inspire Robots Technology, OYMotion Technologies, Shenzhen GLI Technology, China Leadshine Technology, DH-Robotics and HITBOT advancing cost-down strategies through different supply-chain routes. In tactile closed-loop control, tactile arrays, fingertip force control, slip detection and multimodal data capture are becoming key product iteration priorities, with PaXini Tech, Daimon Robotics, Tokyo Robotics, Wonik Robotics and Shadow Robot emphasizing sensing and data capability. In robot-OEM self-development, Tesla, Unitree Robotics, Shanghai AgiBot Innovation Technology, RobotEra, MagicLab and Agile Robots are treating Robot Hands as part of the humanoid robot body stack. Not all of these products are externally sold in the short term, but they will materially influence cost curves, interface standards and supplier bargaining power. The competitive center of Robot Hands is shifting from the ability to build a dexterous hand to the ability to deliver stable, scalable and model-callable manipulation capability at acceptable cost.
This report delivers a comprehensive overview of the global Robot Hands market, with both quantitative and qualitative analyses, to help readers develop growth strategies, assess the competitive landscape, evaluate their position in the current market, and make informed business decisions regarding Robot Hands. The Robot Hands market size, estimates, and forecasts are provided in terms of shipments (Units) and revenue (US$ millions), with 2025 as the base year and historical and forecast data for 2021-2032.
The report segments the global Robot Hands market comprehensively. Regional market sizes by Type, by End Market, by Degrees of Freedom, and by company are also provided. For deeper insight, the report profiles the competitive landscape, key competitors, and their respective market rankings, and discusses technological trends and new product developments.
This report will assist Robot Hands manufacturers, new entrants, and companies across the industry value chain with information on revenues, production, and average prices for the overall market and its sub-segments, by company, by Type, by End Market, and by region.
Market Segmentation
By Company
Segment by Type
Segment by End Market
Production by Region
Consumption by Region
Chapter Outline
Chapter 1: Defines the scope of the report and presents an executive summary of market segments (by Type, by End Market, by Degrees of Freedom, etc.), including the size of each segment and its future growth potential. It offers a high-level view of the current market and its likely evolution in the short, medium, and long term.
Chapter 2: Provides a detailed analysis of the competitive landscape for Robot Hands manufacturers, including prices, production, value-based market shares, latest development plans, and information on mergers and acquisitions.
Chapter 3: Examines Robot Hands production/output and value by region and country, providing a quantitative assessment of market size and growth potential for each region over the next six years.
Chapter 4: Analyzes Robot Hands consumption at the regional and country levels. It quantifies market size and growth potential for each region and its key countries, and outlines market development, outlook, addressable space, and national production.
Chapter 5: Analyzes market segments by Type, covering the size and growth potential of each segment to help readers identify "blue ocean" opportunities.
Chapter 6: Analyzes market segments by End Market, covering the size and growth potential of each segment to help readers identify "blue ocean" opportunities in downstream markets.
Chapter 7: Profiles key players, detailing the fundamentals of major companies, including product production/output, value, price, gross margin, product portfolio/introductions, and recent developments.
Chapter 8: Reviews the industry value chain, including upstream and downstream segments.
Chapter 9: Discusses market dynamics and recent developments, including drivers, restraints, challenges and risks for manufacturers, U.S. Tariffs and relevant policy analysis.
Chapter 10: Summarizes the key findings and conclusions of the report.