As a leading brand of robots in China, Estun continues to pioneer robotic technology innovation. The brand-new iER series of robot products is now impressively launched. Let's delve into the core advantages of the iER series:

1. Comprehensive Software System Overhaul: The significant introduction of the high-level language Juliet and the restructuring of the robot's underlying language architecture create a dedicated robot operating system and a unified, open robot control system foundation platform. This better supports end-customer integration and application.

2. Deep Integration of Hardware and Intelligence: A completely new hardware design propels the electronic control system from generalization towards intelligence. The new generation of highly integrated control cabinets incorporates controllable rectification technology, dramatically reducing volume and energy consumption. The controller platform also possesses AI expansion capabilities, supporting connection to cloud platforms via E-Care and linking with external intelligent terminals via ERI, achieving the integration of "Energy Saving, Integration, and Intelligence."

3. Comprehensive Coverage of Workspace Accuracy: Utilizing new calibration technology, the robots achieve high-precision calibration across their entire workspace, with standard factory-set accuracy far surpassing that of comparable industry products. Simultaneously, based on long-term stability and full-workspace high precision, it enables strong implementability from virtual simulation to physical scenarios.

4. Forward-Looking Layout of Intelligent Services: Leveraging intelligent digital technology, a new standard for predictable, data-driven customer service is established. This intelligent operation and maintenance system shifts from "solving problems" to "preventing problems," continuously helping customers reduce operation and maintenance costs.

The core value of this upgrade lies in building an open intelligent ecosystem, promoting the opening of underlying architectures, achieving full-workspace high-precision technology coverage, and comprehensively enhancing product performance, intelligence level, and customer service quality through digital means.

Software Overhaul and the Intelligent Brain iER.OS: Creating an Open Intelligent Ecosystem Centered on Data, Applications, and AI

Based on deep insights into application scenarios and technology trends, Estun, with a forward-looking vision, introduces the intelligent ecosystem iER.OS. It creates an industrial-grade "Python-like" language (Estun's new-generation robot language Juliet) and reconstructs the robot's underlying operating system from the bottom up. This system integrates Estun's core technologies in robotics and motion control, strengthens the expansibility of AI and digital capabilities, and creates the "intelligent brain" for the robot control system.

Centered on Data, Applications, and AI, iER.OS achieves a systemic leap from a closed architecture to an open architecture with cloud-edge collaboration. It not only significantly enhances motion control performance but also makes breakthroughs in openness, intelligence, and collaboration. By constructing a "Robot + AI" architecture, it connects data interfaces, perception modules, and the control core, strengthening the robot's environmental perception, real-time analysis, and autonomous decision-making capabilities. Meanwhile, iER.OS provides a rich library of algorithms and modular development tools, supporting users and partners in independently developing, packaging, and deploying proprietary process packages. Open AI integration interfaces continuously improve the system's intelligent analysis and decision-making capabilities based on the power of "external brains."

Driven by genes of openness and expansibility, Estun is committed to building an "Android-style" ecosystem for the industrial field and has introduced the RoboBase open architecture for this purpose. This platform not only incorporates Estun's years of accumulated technology in robotics and automation but also introduces advanced architectures such as virtualization, containerization, and AI vertical model drives. It possesses powerful third-party technology integration capabilities, supports customers in deep customization and secondary development based on their own process know-how, enabling co-evolution with Estun and building a continuously growing, open, and collaborative platform.

RoboBase establishes a standardized, modular, and open software-hardware integrated robot development platform. As the carrier for the iER.OS application ecosystem, RoboBase provides system integrators, equipment manufacturers, and end customers with a complete set of development interfaces and toolchains (SDK) from underlying motion control to upper-layer process applications, propelling robot systems towards a "software-defined robot" and "ecosystem co-building" model. RoboBase possesses three major empowering advantages:

1. Independent Application Development: Provides fully open APIs, SDKs, and a high-fidelity simulation environment, supporting partners in rapidly developing industry-specific applications like welding, logistics, and force-controlled polishing, accumulating reusable software assets.

2. Modular Software Functions: Encapsulates functions like motion control algorithms, vision algorithms, and process expert systems into standardized modules for users to flexibly invoke. Utilizing a unified high-level programming language architecture, it achieves highly synergistic data and logic between custom interfaces and robot drivers.

3. Personalization and Security Customization: Supports deep customization of HMI interfaces, multi-language systems, and corporate brand visual elements, while ensuring the security of user process parameters and technical secrets at the architectural level, building an ecosystem of "open sharing" and "security assurance."

New Generation Hardware and Intelligent Control Integration: Propelling the Electronic Control System from Generalization to Intelligence

Achieving "high-precision and sophisticated" goals is inseparable from hardware support and system coordination. Through entirely new hardware design, Estun propels the electronic control system from generalization to intelligence, fully unleashing the potential of the software platform, and providing a solid carrier for the open ecosystem and high-precision performance.

The new generation of highly integrated control cabinets is significantly reduced in size, with energy consumption greatly lowered. The introduction of a common DC bus architecture and controllable rectification technology enables efficient recovery and utilization of braking energy, aligning with the development philosophy of green manufacturing. The robot body employs an extremely lightweight and high-rigidity structural design, ensuring reliability and precision retention while reducing weight and increasing dynamic response speed.

Based on the deep integration of the iER.OS-powered RoboBase platform and ARM architecture, Estun has achieved a qualitative leap at the control system level. The new generation controller platform comprehensively accelerates command processing, program loading, and communication interaction, with tens of thousands of lines of instructions loaded instantaneously, providing technical support for application scenarios like grinding/polishing.

The controller platform also features AI expandability. The E-Care platform fully opens data channels, providing feasibility for connecting external intelligent systems like AI cloud platforms. The real-time external control interface (ERI) provides ultra-high-speed motion control development toolchains, further bridging the integration path between robots and sensors/AI models, creating more possibilities for high-end applications like grinding, gluing, and force control. The integration of new generation hardware and intelligent control truly realizes the integrated design of "Energy Saving, Integration, and Intelligence" in the iER series robots.

Full-Workspace High-Precision Calibration Technology: Full-Series Coverage, a Qualitative Leap in Accuracy and Performance

To achieve the "high-precision and sophisticated" goal, Estun continues to make breakthroughs in full-workspace high-precision technology. This upgrade is not for a single model but covers the entire series of robot products with the new generation high-precision calibration technology, fundamentally reshaping the performance boundaries of the robots.

Through the combination of self-developed control algorithms and the new generation calibration technology, the robot's absolute positioning accuracy and dynamic trajectory control capability across the entire workspace are significantly enhanced, laying the foundation for implementing flexible manufacturing technologies like teachless programming and digital twin deployment. Simultaneously, supporting technologies like fast homing and TCP adaptive calibration significantly improve equipment operational availability and production efficiency, delivering tangible value gains to customers.

By integrating sensing compensation and real-time trajectory correction technologies, Estun robots can maintain high-precision output under varying working conditions, effectively countering common industrial interferences like contact forces and deformation (due to temperature, etc.). This capability allows robots to play a greater role in scenarios like precision assembly and high-precision welding, further expanding the application boundaries of robots.

Furthermore, high-precision technology deeply integrates with intelligent systems, forming a closed-loop control of "Perception-Decision-Execution." Robots can autonomously adjust motion parameters based on real-time process data, providing key technical support for building adaptive, reconfigurable intelligent production lines. Estun is using "precision" as the cornerstone to propel robots from "repetitive execution" to "precise empowerment," helping customers gain new advantages in flexible manufacturing within a changing market environment.

Intelligent Operation & Maintenance and Predictive Maintenance: Establishing a New Standard for Customer Service

As robot systems evolve towards high precision, sophistication, and high complexity, ensuring their long-term stable operation becomes a core concern for customers. Based on the data-centric and AI capabilities of iER.OS, combined with the open architecture of RoboBase, Estun leverages intelligent digital technology to establish a new standard for customer service, introducing an optional "Fault Prediction" function. This promotes the upgrade of robot operation and maintenance from "passive response" to "active prevention," achieving the leap from solving problems to preventing them.

This function relies on core operational data like torque and current collected in real-time by the robot. Through built-in intelligent algorithm models, it achieves accurate capture and early warning of hidden fault symptoms in key components like motors and reducers. The system can intelligently match maintenance suggestions based on data analysis, helping users to:

1. Reduce unplanned downtime, improving Overall Equipment Effectiveness (OEE).

2. Accurately predict the lifespan of key components, avoiding potential waste caused by periodic maintenance.

3. Promote the transformation of the operation and maintenance model from "post-failure emergency repair" to "predictive maintenance."

The "Fault Prediction" function fully embodies Estun's system-level capability in integrating operational intelligence into the "Perception-Decision-Execution" closed loop. It is also a significant marker of the iER series moving towards "high-precision and sophisticated" intelligent robots and establishing a new standard for data-driven, predictable service.

Guided by "High-Precision and Sophisticated," Advancing to a New Stage of Intelligent Robots

Estun continues to invest in system-level forward development. The brand-new iER series robots achieve improvements in four major areas: "Overhauling Software Architecture and Operating System, Integrating Hardware with AI Intelligent Control, Full-Workspace High-Precision Calibration Technology, and Intelligent Predictive Maintenance," comprehensively advancing the evolution of products towards intelligence, precision, and platformization.

Estun will continue to strengthen the leading advantage in core robotic technologies, build a comprehensive robotics industry chain ecosystem, and deepen collaborative innovation with upstream and downstream partners in the industry chain. By constructing an open, secure, and win-win ecosystem, Estun will join hands with partners and users to collectively propel Chinese intelligent manufacturing to a new stage characterized by flexibility, intelligence, and high-end development.