AgiBot OmniHand Series

AgiBot OmniHand Series Europe: The Dexterous Robot Hand Platform for European Research and Industry

The AgiBot OmniHand Series is a family of anthropomorphic five-finger dexterous robotic hands developed by AGIBOT Innovation Shanghai Technology Co., Ltd. and formally presented to European audiences at Mobile World Congress 2026 in Barcelona in March 2026 as a named member of AgiBot's complete European product portfolio. AgiBot's official MWC 2026 press release described OmniHand as "a high-dexterity robotic limb enabling human-like manipulation across service and industrial applications," the sixth distinct product in the company's European commercial lineup alongside the A2, X2, G2, D1, and C5.

The OmniHand Series currently encompasses the OmniHand 2025 (the Agile interaction model), the OmniHand Pro 2025 (the Professional industrial and research model), and, as of April 2026, the newly announced OmniHand 3 family: the OmniHand 3 Ultra-T (flagship with 22+3 degrees of freedom and full-hand 3D tactile sensing), the OmniHand 3 Lite (ruggedized for high-impact environments), and the OmniPicker 3 gripper for industrial applications. The series is designed as a modular, robot-compatible dexterous hand platform sold as a standalone accessory that integrates with AgiBot's own humanoid platforms (A2, G1, X2 Ultra) as well as third-party robotic arms and humanoid platforms through a standardized CAN FD communication interface.

The European Context: Dexterous Manipulation and Industry 4.0

Why European Industry Needs Dexterous Hands

Conventional industrial robot arms in European manufacturing operate through rigid end-effectors: parallel-jaw grippers, vacuum cups, or custom tooling designed for a specific part geometry. These approaches work well for stable, predictable manufacturing tasks but are poorly suited to the high-mix production environments that characterize European advanced manufacturing, where part shapes, sizes, and surface properties vary continuously as product lines change.

A five-finger dexterous hand with force-controlled joints can adapt its grasp geometry to diverse objects without hardware changeovers, detect contact forces and slip in real time, and apply the compliant insertion force needed for precision assembly tasks where over-force causes damage and under-force causes rejection. These capabilities address the exact limitations of conventional grippers that have historically prevented European manufacturers from automating high-mix assembly and handling tasks.

The OmniHand Pro's 0.1 Newton force sensitivity across more than 150 tactile sensors, 19 total degrees of freedom, and 5-kilogram payload position it as a manipulation system appropriate for the contact-rich assembly tasks that European automotive, aerospace, and precision engineering manufacturers require. The OmniHand 3 Ultra-T's 22 plus 3 degrees of freedom and full-hand 3D tactile sensing extend these capabilities further into the human-level dexterity range.

The Minth Group European Manufacturing Partnership

A development reported by Humanoid.guide in March 2026 has direct implications for the OmniHand's European availability and supply chain: AgiBot announced a manufacturing partnership with Minth Group, an automotive components supplier, to produce humanoid robots in Europe. Minth Group will serve as AgiBot's manufacturing partner in Europe, providing localized production capacity as well as factory environments where humanoid robots can be trained and validated for industrial tasks.

While the manufacturing partnership's initial scope focuses on humanoid robot bodies, AgiBot's full product line strategy means the OmniHand Series, as an integral component of the industrial humanoid systems being manufactured in Europe, will benefit from this European production footprint over time. For European buyers concerned about supply chain resilience and import logistics, the Minth Group partnership signals AgiBot's intent to develop genuinely European manufacturing capability for its product ecosystem.

OmniHand Series Variants: Technical Profiles for European Buyers

OmniHand 2025: The Agile Interaction Model

The OmniHand 2025 (also referred to as the standard model) is the entry-level variant within the OmniHand family, designed for social humanoid interaction, light service tasks, and research applications where affordability and human-scale form factor are the primary requirements.

At 180 millimeters in total length and 500 grams, the OmniHand 2025 is designed to be "perfectly compatible with various humanoid robot models" in AgiBot's own description. Its weight and dimensions closely approximate those of an adult human hand, enabling natural physical interactions at human scale in service and social humanoid contexts.

The standard OmniHand 2025 features 10 active degrees of freedom and 16 total degrees of freedom. The six passive degrees of freedom arise from the differential coupling of finger joints, providing compliant shape adaptation to object geometries without requiring independent motor control of every phalanx. The five-finger layout includes an independently actuated thumb with opposition capability and a tactile system covering more than 400 touch-sensitive force control points distributed across the hand, including the back-of-hand touch function that distinguishes it from competing designs.

The OmniHand 2025's payload capacity is 1 kilogram, with repeatable positioning accuracy of 0.5 millimeters. It communicates via both CAN FD and RS485 protocols, enabling integration into the widest range of robot arm control architectures. An optional tactile sensor upgrade is available for buyers requiring higher-density tactile feedback.

At its Chinese market launch price of approximately 9,800 RMB (approximately EUR 1,400), the OmniHand 2025 was confirmed as the first high-DOF robotic hand available below the 10,000 RMB threshold, making it accessible to European university research groups, developers, and smaller robotics companies that had previously been priced out of professional-grade dexterous hands.

OmniHand Pro 2025: The Industrial and Research Flagship

The OmniHand Pro 2025 is the series' flagship variant for European industrial and research buyers. It carries 12 active degrees of freedom and 19 total degrees of freedom in an anthropomorphic configuration, with published joint ranges covering four-finger flexion at 80 degrees, finger abduction and adduction at plus or minus 10 degrees, thumb flexion at 50 degrees, thumb abduction and adduction at 90 degrees, and thumb rotation at 50 degrees. This range is comparable to the functional motion range of an adult human hand and enables the full spectrum of grasps required for tool use, component assembly, and object manipulation in industrial settings.

The Pro's payload capacity is 5 kilograms, five times that of the standard model, enabling it to hold and manipulate tools including screwdrivers, wrenches, and assembly fixtures. Repeatable positioning accuracy is 0.3 millimeters, and maximum single-finger force is 20 Newtons, with sustained aggregate power-grasp force of 35 to 60 Newtons. The multi-modal sensing system integrates position sensing, normal force detection, tangential force detection, and proximity perception, with 0.1 Newton-level sensitivity across more than 150 tactile sensors in the fingertips. Slip detection at this sensitivity level enables the controller to detect incipient slip before a grasped object drops, triggering autonomous micro-correction without operator intervention.

The OmniHand Pro 2025 holds ISO 9001, CE, RoHS, and EMC certifications, confirming compliance with European quality management, safety, and electromagnetic compatibility standards. The CE marking is directly relevant for European manufacturing buyers who require certified components for deployment in EU commercial workplaces, and the ISO 9001 certification confirms the manufacturing quality management system behind each unit.

The Pro model's sensor feedback channels report joint position, joint speed, joint torque, joint temperature, electrical current, and tactile pressure simultaneously, providing developers with a comprehensive real-time state representation of the hand's mechanical condition and contact dynamics. Its SDK is published on GitHub under an open-source license with Python and C++ APIs, ROS 2 drivers, and EtherCAT support alongside CAN FD and RS485.

In Europe, the OmniHand Pro 2025 is listed by Generation Robots (generationrobots.com) at approximately EUR 3,905 for the standard Pro configuration and approximately EUR 12,907 for the full configuration with extended sensor suite, accessories, and 18-month warranty. The OmniHand 2025 standard model with tactile sensors is listed by Robots Europa (robotseuropa.com) for European buyers.

OmniHand 3 Series: The Next-Generation Lineup (April 2026)

The April 2026 AgiBot Partner Conference introduced the OmniHand 3 family, expanding the series with three new products that extend the manipulation capability range.

The OmniHand 3 Ultra-T is the new flagship, representing what AgiBot describes as "human-level dexterity." It features a 22+3 degree-of-freedom tendon-driven system in a lightweight 500-gram design, achieving a 10:1 load-to-weight ratio. Full-hand 3D tactile sensing provides contact awareness across the complete hand surface, not just the fingertips. An integrated palm camera provides visual feedback from within the hand's grasp zone, enabling the controller to see what the hand is touching and manipulating from a perspective not available to external cameras. Sub-0.3-second response time and a wide wrist range enable precise manipulation across industrial assembly, domestic tasks, and multi-axis operations. For European industrial buyers evaluating the OmniHand 3 Ultra-T, these specifications place it in a manipulation capability class that approaches what human hands achieve for the assembly tasks most relevant to European precision manufacturing.

The OmniHand 3 Lite is a ruggedized dexterous hand designed for high-impact environments, addressing the durability requirements of industrial deployments where the hand encounters frequent impacts, vibrations, and environmental contamination that would compromise standard configurations.

The OmniPicker 3 is an industrial-grade gripper positioned as the high-speed, high-reliability pick-and-place end effector for structured production environments where dexterous finger articulation is not required but speed and repeatability are paramount.

Technology and Specifications

Tendon-Driven Actuation with Field-Serviceable Design

Both OmniHand 2025 variants use tendon transmission with low-backlash pulleys as the primary actuation approach. Tendons route from compact brushless DC or coreless micro-drives in the hand's palm through low-friction channels to the finger joints. Tuned elasticity in the tendon routing provides compliance, meaning the fingers deform passively when they encounter an object rather than applying rigid force, which is important for handling fragile, soft, or irregularly shaped objects safely.

Field-swappable tendons allow worn or damaged components to be replaced in the field without returning the unit to a service facility. For European manufacturing deployments where downtime directly affects production output, this field serviceability is a meaningful operational consideration: a tendon replacement takes minutes rather than the days required to ship a unit to a service center and receive it back.

European-Relevant Certifications

The OmniHand Pro 2025 holds four certifications directly relevant to European procurement and deployment:

CE certification under EU product safety directives is the legal prerequisite for placing equipment into commercial service in EU member states. The OmniHand Pro's CE marking addresses the machine safety, electromagnetic compatibility, and radio equipment requirements applicable to a powered dexterous robotic hand.

ISO 9001 certification confirms that AgiBot's quality management system for OmniHand Pro manufacturing meets the international standard for quality systems, providing European enterprise procurement teams with documented evidence of manufacturing process quality.

RoHS compliance confirms that the OmniHand Pro does not contain restricted hazardous substances, which is a legal requirement for electrical and electronic equipment placed in the EU market and a procurement prerequisite for European companies with corporate sustainability and procurement policies aligned with EU environmental law.

EMC certification confirms that the OmniHand Pro does not emit electromagnetic interference above EU-regulated limits and is not susceptible to interference from external electromagnetic sources, both important for reliable operation in European manufacturing environments where multiple electronic systems operate in proximity.

Communication and Developer Ecosystem

The OmniHand Series supports three communication protocols across its variants: CAN FD (the primary high-speed control bus), RS485 (for systems where CAN FD is not available), and EtherCAT on the Pro model for low-latency integration with industrial motion controllers. The standardized CAN FD interface provides compatibility with mainstream robotic arms and humanoid robots including AgiBot G1 and A2 platforms, and with third-party platforms from other manufacturers, confirmed in AgiBot's official documentation.

ROS 2 drivers are available for both variants, URDF and 3D CAD files are downloadable from AgiBot's document center before purchase for compatibility testing, and the GitHub-hosted OmniHand Pro SDK supports Python and C++ APIs. For European research universities and system integrators working within ROS-based robotics development environments, this driver and simulation support infrastructure reduces the integration effort required to add dexterous manipulation capability to existing robotic systems.

Applications and Use Cases in European Markets

European University Robotics and Manipulation Research

European technical universities including TU Munich, ETH Zürich, RWTH Aachen, Imperial College London, and KTH Stockholm maintain active research programs in robot manipulation, learning from demonstration, and contact-rich task execution. The OmniHand Pro's 19-DOF anthropomorphic kinematics, 150-plus tactile sensors with 0.1 Newton sensitivity, open GitHub SDK with ROS 2 support, and URDF simulation compatibility provide a research-grade dexterous hand platform that integrates directly into existing university robotics research infrastructure.

The AgiBot World dataset, with over one million manipulation trajectories collected using OmniHand-equipped platforms, provides European researchers with a training dataset for reinforcement learning and imitation learning policies directly compatible with the OmniHand hardware, enabling researchers to evaluate published manipulation policies on physical hardware rather than only in simulation.

European Automotive and Aerospace Assembly

The European automotive and aerospace manufacturing sectors, among the world's most demanding in terms of assembly precision and quality documentation requirements, represent the highest-value deployment environment for the OmniHand Pro's capabilities.

In automotive assembly, the OmniHand Pro's 20-Newton single-finger force and 35 to 60-Newton power grasp force enable manipulation of connector insertions, fastener handling, and cable routing tasks that conventional grippers cannot reliably perform in high-mix configurations. The continuous torque sensor data logged through the Pro's seven-DOF-per-arm deployment on AgiBot's G2 and A2-W platforms provides assembly process documentation that European automotive quality standards (VDA, IATF 16949) require for traceability.

In European aerospace manufacturing, centered on Airbus facilities in France, Germany, Spain, and the UK, assembly operations involve individually serialized components with complete force-application records required for each unit. The OmniHand Pro's multi-modal sensing, which records contact force, shear, and slip continuously during assembly, generates this documentation automatically.

European Collaborative Robotics and Cobot Integration

European manufacturers already using collaborative robot arms from ABB, Fanuc, KUKA, and Universal Robots can integrate the OmniHand Series as a dexterous end-effector upgrade through the standardized CAN FD or EtherCAT interfaces. This integration pathway is confirmed in AgiBot's documentation, which explicitly states that the OmniHand Pro is compatible with "mainstream robotic arms and humanoid robots" and provides URDF and 3D models for pre-purchase compatibility testing.

For European automation integrators building systems for high-mix manufacturing clients, the OmniHand Pro's compatibility with existing collaborative robot infrastructure means it can extend the capabilities of already-deployed cobot systems without requiring the purchase of a complete new robot platform.

European Medical Device and Pharmaceutical Assembly

Switzerland and Germany are among the world's largest medical device manufacturing centers, with assembly requirements that combine precision, documentation, and cleanability standards that are among the most demanding in manufacturing. The OmniHand Pro's 0.3-millimeter positioning accuracy, 0.1-Newton force sensitivity, and multi-modal tactile sensing create a manipulation capability profile relevant for certain medical device assembly applications where component tolerance windows are tight and assembly force limits must be documented per unit.

Advantages and Benefits for European Buyers

Four European certifications on the OmniHand Pro: ISO 9001, CE, RoHS, and EMC certifications collectively address the quality assurance, product safety, environmental compliance, and electromagnetic compatibility requirements of European enterprise procurement for electrical equipment. No comparable commercially available dexterous hand in the OmniHand Pro's price range carries this combination of certifications.

EUR 3,905 entry price for 19-DOF industrial research: The OmniHand Pro 2025 at approximately EUR 3,905 through Generation Robots represents the lowest commercially available price for a 19-DOF anthropomorphic dexterous hand with industrial-grade tactile sensing and documented CE certification at the time of writing.

OmniHand 3 Ultra-T with 22+3 DOF and full-hand 3D tactile sensing: The April 2026 introduction of the OmniHand 3 family extends the series into a manipulation capability class that approaches human-level dexterity, with the 3D tactile system and integrated palm camera representing capabilities not available in any commercial dexterous hand at this price tier.

Field-swappable tendon maintenance: The ability to replace worn tendons in the field in minutes rather than shipping a unit for service maintains deployment uptime in European manufacturing environments where production schedule continuity is a priority.

Minth Group European manufacturing partnership: AgiBot's partnership with European automotive supplier Minth Group for European humanoid robot production signals a supply chain localization strategy that will over time improve OmniHand delivery timelines, reduce import logistics complexity, and provide European buyers with a more locally supported supply chain.

Open SDK, ROS 2 drivers, and URDF downloads: The most complete developer ecosystem of any commercially available dexterous hand in the OmniHand Pro's European price range, enabling European research and development teams to integrate the hand into existing workflows with minimal software development overhead.

Comparison with European Dexterous Hand Alternatives

AgiBot OmniHand Pro vs. Shadow Robot Company Dexterous Hand

Shadow Robot Company, a UK-based manufacturer, produces the Shadow Dexterous Hand, which has been the reference platform for dexterous manipulation research in European university labs for over a decade. Shadow's hand features 20 active DOF with pneumatic or electric actuation and a highly mature ROS driver ecosystem. The primary advantage of the Shadow hand for European buyers is its long production history, established European support, and the depth of published research built around it. The OmniHand Pro's advantages include substantially lower cost (approximately EUR 3,905 versus Shadow hand pricing in the EUR 50,000 to EUR 100,000 range), CE and ISO 9001 certification, EtherCAT integration for industrial controllers, and the OmniHand 3 Ultra-T's 22+3 DOF with full 3D tactile sensing as the next-generation upgrade path.

AgiBot OmniHand 2025 vs. Inspire Robots Dexterous Hands

Inspire Robots is a Chinese manufacturer that delivered over 10,000 dexterous hand units in 2025 and is a direct competitor to the OmniHand 2025 in the compact dexterous hand market. Both companies have comparable European distribution access through international robotics marketplaces. The OmniHand 2025's back-of-hand touch sensing innovation, 400-plus tactile contact points, and integration within AgiBot's full robot ecosystem are differentiators in European deployments where AgiBot humanoid platforms are also being evaluated.

Summary

The AgiBot OmniHand Series is the most comprehensive and accessible commercially available dexterous robot hand family presented to European buyers in 2026. The OmniHand 2025's EUR 1,400-equivalent entry price for 16-DOF anthropomorphic manipulation with 400-plus tactile sensors opened the professional dexterous hand market to European research groups and developers who had previously been priced out of this technology tier. The OmniHand Pro 2025's 19 total DOF, 0.1-Newton multi-modal tactile sensing, 5-kilogram payload, CE/ISO 9001/RoHS/EMC certifications, EUR 3,905 European entry price, and open GitHub SDK with ROS 2 and EtherCAT support establish it as the most completely specified and certified dexterous hand available at this European price point. The April 2026 introduction of the OmniHand 3 Ultra-T with 22+3 DOF tendon-driven actuation, full-hand 3D tactile sensing, and integrated palm camera extends AgiBot's dexterous manipulation leadership into a capability class approaching human-level dexterity. The Minth Group European manufacturing partnership provides the supply chain localization foundation that will improve OmniHand availability and support for European buyers over time. For European researchers, industrial automation engineers, collaborative robot integrators, and system builders seeking a dexterous end-effector that combines research-grade capability, industrial certification, open developer infrastructure, and accessible pricing, the AgiBot OmniHand Series is the most fully featured and European-compliant option available from a production-scale robotics manufacturer in 2026.