Company Achieves 8-Fold Growth in Orders with Innovative Embodied AI Solutions

Eightfold Growth and Surge in Orders! This Company Enters the Deep Waters of Embodied Intelligence, Securing a “Passport” to the Real World

On March 20, 2026, at the FLEXIVERSE 2026 launch event, Feixi Technology showcased its advances in Embodied AI, transitioning from algorithm-centric development to practical physical applications. The company unveiled new products such as Enlight, Orion, and MICO, marking a significant upgrade from “single-arm” robots to a “general-purpose robotic intelligent base.” During the event, Feixi announced a strategic partnership for 2,000 robots.

The features of these products include skin-level force perception, 720° unlimited rotation, dual-arm native collaboration, and passive adhesive gecko-like claws. This not only signifies a triumph for the products themselves but also represents the first large-scale demonstration of the “general-purpose robotic intelligent base” model.

Feixi’s goal during the event was not merely to present a more powerful robot, but to address a more fundamental question: what should the “operating system” of a physical entity look like when large models are applied in the real world? Over the past two years, breakthroughs in embodied intelligence have primarily occurred in the “brain,” enhancing perception, planning, and decision-making abilities. However, the “body” side of the industry remains fragmented, hampered by inconsistent control systems, insufficient force perception, and a lack of native support for dual-arm collaboration. This fragmentation has made it difficult for many algorithms to be effectively implemented in real-world environments.

The newly released Enlight, Orion, and MICO are not just isolated product offerings; they represent a systematic response to these challenges. Enlight redefines the “body” by endowing robots with skin-level force perception and high-frequency control capabilities, enabling them to truly understand contact and constraints in the physical world. Orion reconstructs the “nervous system,” focusing on dual-arm collaboration, allowing complex actions to be performed without relying on external integration. MICO, an integrated humanoid intelligent platform, is a modularly configurable standard dual-arm system that serves as the physical foundation for embodied intelligence algorithms, allowing developers to execute tasks without starting from scratch.

This transformation is pivotal for developers: they no longer need to build control systems from the ground up or adjust force control parameters. Instead, they can directly map their algorithmic capabilities onto the real world. In essence, Feixi is shifting robot development from an engineering challenge to a platform challenge, marking a crucial step toward the widespread application of embodied intelligence.

Enlight: Elevating Force Perception to “Skin-Level”

The Enlight series highlights Feixi’s relentless pursuit of excellence in body creation. It features skin-level force perception with 250,000 touchpoints distributed across the arm, achieving a touch sensitivity precision of 0.5N and a positional accuracy of 2mm, while supporting up to seven simultaneous touch interactions. This capability allows robots to understand contact, pressure, and constraints as humans do, rather than relying on single-point sensors for judgment.

Moreover, Enlight pushes force control capabilities to the extreme, with overall accuracy reaching 0.1N, joint-level control frequencies of up to 10kHz, and a force output capability of 400N. This means it can perform micron-level precision tasks as well as maintain stable output in tasks requiring greater force, effectively bridging the gap between light and heavy operations. Enlight is capable of completing precision assembly, flexible polishing, food processing, and complex long-horizon tasks in commercial and domestic service scenarios.

The design of Enlight also achieves groundbreaking dimensional reconstruction. Its compact joint design allows it to carry a 5kg load with a lightweight of only 15kg, enhancing its agility. Combined with its 720° unlimited rotation capability across various axes, Enlight can operate freely in tight, complex spaces, making it an ideal choice for environments where space is at a premium, such as operating rooms, laboratories, and high-density production lines.

Orion: Defining Native Multi-Arm Operations

If Enlight defines the “body,” then Orion represents the “nervous system” of embodied intelligence. In traditional architectures, multi-arm coordination often relies on external scheduling, leading to delays and complexity. Orion addresses this by establishing “multi-body collaboration” as a system-level native capability. As one of the lightest controllers in the industry, Orion achieves remarkable physical restructuring with a highly modular design, enabling a single controller to drive multi-arm systems in high synchronization. Utilizing native multi-arm force control and real-time planning algorithms, it ensures consistency in both force and timing across multi-arm actions.

This capability signifies that complex operations are no longer merely a combination of multiple devices but a natural output of a cohesive system. Furthermore, Orion seamlessly adapts to various embodied platforms, providing standardized physical execution scheduling interfaces for upper-layer AI models. For the first time, robotic systems possess central nervous system-like capabilities, enabling not just control of individual actions but also coordination of overall behavior.

MICO: Making Embodied Intelligence Accessible

Building upon the body and nervous system, MICO addresses a critical and long-missing component of embodied intelligence: a modularly configurable standard dual-arm intelligent robotic system. MICO is not simply a dual-arm platform; it encapsulates dual-arm operational capabilities at a system level. Its core abstraction simplifies complex force control, multi-arm collaboration, and motion planning capabilities.

MICO boasts an impressive 18 degrees of freedom in its native configuration and offers modular options for additional control capabilities, including vision-equipped heads and adaptable chassis combinations. This allows developers to focus on task comprehension and strategy generation, significantly lowering the barriers to developing embodied intelligence. MICO’s superior adaptive force control makes it capable of handling intricate tasks such as precision insertion and dual-arm polishing, while its modular architecture enhances environmental adaptability, enabling it to excel in medical assistance and commercial service settings.

AEGIS: Meeting the Highest Safety Standards

Following the introduction of these groundbreaking products, Feixi officially launched the AEGIS safety system. AEGIS aligns with two key standards: the IEC 61508, recognized as the origin of functional safety, which defines the underlying logic for risk control in electrical, electronic, and programmable systems, and the newly released ISO 10218-1:2025, which clarifies safety boundaries for multi-form robotic systems.

This evolution in safety standards is crucial as robots transition from “single mechanical arms” to “composite embodied systems.” AEGIS is built on this premise, featuring 28 proactive safety capabilities (such as speed monitoring, spatial constraints, and dynamic path limitations) that are cohesively constructed around multi-form collaborative systems. This enables robots to not only operate in high-complexity scenarios, such as medical assistance and precision assembly, but also maintain stability, control, and predictability during dynamic interactions.

In essence, while force control and perception capabilities determine what embodied intelligence can do, the safety system dictates where it can operate, marking an essential step for embodied intelligence to transition from the laboratory to the real world.

Grav Enhanced: Breaking the Limits of Physical Contact

The Grav Enhanced gripper, as an end effector, showcases Feixi’s advancements in biomimetic material science. Utilizing enhanced gecko-like materials, the gripper maintains exceptional adhesion while significantly increasing the speed of dual-finger closure. Combined with its flexible mode, it completes the final piece of the physical interaction puzzle, raising customer expectations during the demonstration at the event.

The market response has been swift, with Feixi announcing a strategic partnership with Fortuntech Intelligence for 2,000 units. As a leading player in the global EMS sector, Fortuntech is known for its rigorous selection of automation equipment. The order of 2,000 units signifies that Feixi’s adaptive robotic solutions have passed the pressure tests for industrial-scale applications.

Moreover, Feixi revealed compelling customer data, indicating the robust vitality of the “base platform” model: six out of the ten largest companies by market capitalization in North America are using Feixi robots for embodied intelligence research; over ten unicorns in the embodied intelligence sector are Feixi’s clients; the order value for embodied intelligence in 2025 is projected to grow eightfold compared to 2024; customer repurchase rates exceed 60%, and the average order per customer is 2.6 times that of last year. These figures demonstrate that Feixi’s robots are transforming foundational innovative technology into real productivity tools. When clients continue to increase their orders, it indicates that the product has successfully crossed the chasm from 0 to 1 and is entering the stage of scaling from 1 to N.

Ecological Expansion: 69 Partners with 60% of Orders from the Ecosystem

At the event, Feixi also presented its ecological accomplishments: 69 formal ecosystem partners spanning 16 sub-industries, 30 joint solutions, and 60% of ecosystem orders. From integrators and OEMs to technical partners and developer communities, Feixi is evolving from a product company to a core infrastructure provider for the era of general intelligence. Its four strategic initiatives—training platforms, technology communities, global service networks, and cloud service platforms—are converting Feixi’s technical capabilities into reusable system capabilities, enabling more ecosystem partners to rapidly expand their business landscape.

To accelerate this ecological process, Feixi launched the “Smart Future” early bird reservation program for new products at the event. This program offers exclusive benefits for developers and partners, serving as a “golden ticket” for the era of embodied intelligence: partners who participate in the reservation will receive exclusive pricing, in-depth technical support, and priority access to the first batch of products.

Conclusion: From Product Leadership to Infrastructure Evolution

Feixi Technology has undergone a generational evolution, transitioning from the world’s first adaptive robot, Rizon, to the fully integrated Enlight and MICO systems. It no longer simply offers a machine but a comprehensive solution that connects general intelligence with the real world. With 2,000 signed orders, six out of ten North American giants as clients, eightfold order growth, and 69 ecosystem partners, these figures point to one clear message: the model of a general robotic base platform is being rapidly validated by the market. As the new products Enlight, Orion, and MICO are delivered at scale, the next decade for Feixi will embark on a broad journey from “base platform” to “universal ecosystem.” The initial dawn has arrived, ushering in a world of intelligence.