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Xynova Dexterous Hands: Programmable Dexterity for the Physical World

Business

Xynova Dexterous Hands: Programmable Dexterity for the Physical World
Business

Business

Xynova Dexterous Hands: Programmable Dexterity for the Physical World

2026-09-23 21:09 Last Updated At:22:15

HANGZHOU, China, Sept. 23, 2026 /PRNewswire/ -- As the race to commercialize embodied AI intensifies, Bloomberg recently profiled Xynova, an emerging force in China's robotics industry specializing in one critical component: dexterous hands. Founded in 2024, the startup became a unicorn in less than two years. In the interview, the founder and CEO Alex Xia offered a pointed observation: robotics developers remain stalled at the threshold of commercialization, in large part because they lack high-performance dexterous hands.

Production-ready, high-DoF dexterous hands remain scarce. Moving from lab demonstrations to sustained real-world operation still poses significant engineering hurdles in reliability, durability and consistent high performance. Xynova addresses this challenge through vertically integrated in-house R&D and manufacturing, backed by a dual-product portfolio covering hybrid-drive and direct-drive dexterous hands.

Xynova designs and manufactures core components in-house, including motors, electronic controls, reducers and lead screws. Beyond hardware, it also develops the hands' mechanical architecture, sensing systems and control algorithms. This vertically integrated, full-stack approach addresses the industry's longstanding trade-offs among performance, reliability and lifespan.

Underpinning these capabilities is a team blending academic rigor with hands-on manufacturing experience. Its members include graduates of Columbia University, the University of Pennsylvania and Tsinghua University, as well as seasoned professionals from tech giants including Apple, DJI and CATL. Together, they bring expertise spanning the entire process, from research and product engineering to manufacturing and delivery.

Drawing on its full-stack R&D and manufacturing capabilities, Xynova is pursuing two technology approaches in parallel: hybrid-drive dexterous hands for industrial and consumer applications, and direct-drive dexterous hands tailored for advanced research in embodied AI.

At ICRA in June 2026, Xynova unveiled Flex 2 — the world's first 23-DoF hybrid-drive dexterous hand — weighing just 400 grams and balancing dexterity, high load capacity and precision manipulation. In August, the company introduced Prima 1 at WRC in Beijing. The 22-DoF hand adopts a fully direct-drive architecture, delivering high force transparency to support advanced research, data collection and algorithm training.

The two products serve distinct needs in dexterous manipulation. Prima 1 supports experimentation, data collection and model training, while Flex 2 is engineered for reliable, high-performance and efficient operation in real-world settings. Together, they create a closed development loop in which research informs data collection and algorithm training, advances are applied in real-world settings, and the resulting experience feeds into further product iteration.

Xynova's dual-product strategy serves two core customer groups: researchers seeking precise control and a platform for model training, and industrial customers requiring reliability, high performance and efficient deployment. The company has secured substantial orders from leading embodied AI developers and tech companies worldwide.

To address growing market demand, Xynova has commissioned its 5,400-square-meter manufacturing facility in Hangzhou, enabling reliable order fulfillment for customers worldwide.

Xynova's technical capabilities, clear dual-product strategy and commercial progress have also attracted backing from top-tier investors. In less than two years, the company has raised RMB 1.5 billion (approx. USD 220 million) from investors including CATL, Xiaomi, JD.com and Meituan. These industry leaders contribute more than capital: they also give Xynova access to valuable real-world applications and early testing environments for its advanced dexterous hands.

Following appearances at ICRA in Vienna, WAIC in Shanghai and WRC in Beijing, Xynova will showcase its products at IROS 2026 in Pittsburgh in late September. The company invites research institutions, robotics developers, industry partners and media to experience its two flagship products firsthand.

From research platforms to industrial deployment, Xynova aims to make dexterous manipulation a general-purpose capability that robots can use across a wide range of tasks and environments. Its solutions are designed for industrial, consumer and research applications. This ambition is captured in its brand vision: "Xynova dexterous hand. Precision in production. Ease in life."

About Xynova

Xynova is a world-leading full-stack provider of general-purpose dexterous manipulation solutions, focused on developing high-DoF dexterous hands and control algorithms for humanoid robots. 

For more information, please visit www.xynova.ai or contact us at contact@xynova.ai

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Xynova Dexterous Hands: Programmable Dexterity for the Physical World

Xynova Dexterous Hands: Programmable Dexterity for the Physical World

BARCELONA, Spain, Sept. 23, 2026 /PRNewswire/ -- The sixth edition of Tomorrow.Mobility World Congress (TMWC), the global event accelerating the transition to sustainable, inclusive and smart urban mobility, will be held at the Gran Via venue of Fira de Barcelona from 3 to 5 November 2026. Under the theme "Mobility solutions, real impact", the congress will bring together more than 5,000 attendees, over 200 exhibitors and over 240 speakers.

Co-organized by Fira de Barcelona and EIT Urban Mobility, an initiative of the European Institute of Innovation and Technology, TMWC will focus on how cities can seize the tools and strategies developed in recent years to build today the urban mobility of tomorrow. Key topics guiding discussions include Mobility Data Spaces, Mobility as a Service (MaaS) as a driver of seamless multimodal schemes, curbside and parking management as strategic infrastructure, and the arrival of autonomous vehicle (AV) mobility.

The congress will feature three dedicated stages – Main Stage, Move better Stage, and Shaping mobility Stage – and a program covering designing resilient, integrated mobility systems, delivering next-generation public transport, managing urban space in the e-mobility transition, and battery waste management and the circular economy of electric mobility, among other topics.

Among the confirmed speakers headlining the program are Lukas Neckermann, founder of Urban Places Lab and Co-Founder of PAVE Europe; Axel Volkery, Head of the Innovation and Urban Mobility Unit at the European Commission's Directorate-General for Mobility and Transport (DG MOVE); and Teresa Riesgo Alcaide, Secretary General for Innovation at the Spanish Ministry of Science and Innovation.

Exhibition and Innovation zones

TMWC 2026 will include an exhibition area and an Innovation Playground that will showcase cutting-edge solutions from across the mobility ecosystem. Among the confirmed exhibitors are Arrive Group, BIP, Drive Sweden, Government of Catalonia – Departament de Territori, Kentkart, Moventis, PNO Innovation, Ulaşimpark, and Soltráfego.

The event's Startup Zone will highlight disruptive mobility technologies and platforms, offering opportunities for collaboration and investment.

A global event shaping urban futures

As in previous editions, TMWC will be held alongside Smart City Expo World Congress; Tomorrow.Blue Economy, focused on the sustainable use of ocean resources; the Barcelona Deep Tech Summit, organized by Barcelona Activa; and the Barcelona Cybersecurity Congress. Together these events will gather more than 1,000 exhibitors and over 25,000 attendees, transforming Fira de Barcelona into the world's largest hub for urban innovation.

 

** This press release is distributed by PR Newswire through automated distribution system, for which the client assumes full responsibility. **

Tomorrow.Mobility 2026 drives real impact on the future of urban mobility

Tomorrow.Mobility 2026 drives real impact on the future of urban mobility

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