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Experience Shapes the Future of Technology
Mobile robotics technology is in a state of continuous evolution and innovation. However, advancing its core controller technology presents significant challenges. Sustainable technological upgrades must be rooted in extensive industry experience. This brings us to a critical focus: how to effectively translate practical experience into technological innovation, thereby achieving comprehensive upgrades in mobile robot controller technology and, ultimately, driving the sustained advancement of the entire industry.
The Driving Force of Forklift Expertise in Controller Technology Advancement
Our seasoned operators and technical maintenance personnel play an indispensable role in driving technological upgrades. Through daily hands-on operations, they develop a profound understanding of forklift controller performance and practical effectiveness, enabling them to identify operational shortcomings and system deficiencies. These insights generate actionable requirements and invaluable feedback for technological advancement. Such battlefield-tested input ensures that R&D efforts remain grounded in real-world applications and closely aligned with end-users’ actual needs.
As a leading supplier of unmanned forklift AGVs and mobile robot systems, we continuously integrate our extensive project experience with core technologies to achieve product upgrades and optimization, setting the benchmark for the entire industry. Leveraging our profound expertise in forklift manufacturing, we have recognized that intelligentization and automation are key to enhancing operational efficiency.
We have invested substantial resources in research and development, culminating in the launch of the advanced universal ECS100 controller series. This series features 2 CAN ports, 1 RS232, 1 RS485, and 1 Ethernet port. Capable of operating in temperatures from -20° to 60°C, it offers exceptional resistance to interference, electromagnetic noise, and current surges, significantly enhancing the efficiency and safety of mobile robots in warehouse operations.
Building a Comprehensive Mobile Robot Platform Ecosystem
No.1 Controller Platform
Our innovation extends beyond products to encompass service models. We have launched a controller platform – a more open architecture that supports various navigation methods and kinematic models, enabling the development of all types of AGVs/AMRs and empowering customers to build mobile robots rapidly and flexibly.
The controller platform further supports secondary development by providing demo projects, enabling users to conduct customized development based on their specific needs. It accommodates multiple programming languages, integrates with mainstream domestic and international sensors, and features open peripheral interfaces to facilitate personalized robotic functionalities. A single controller hardware platform remains compatible with various AGV algorithms (including QR code navigation, laser navigation, and vision navigation), while the system allows for rapid remote upgrades, iterations, localization, and maintenance.
No.2 Warehouse Transportation Dispatch & Monitoring Platform
Simultaneously, our Warehouse Transportation Dispatch and Monitoring Platform is designed with a strong user-centric approach. The interface is intuitive and easy to use, carefully considering user needs and experience. We employ a highly human-centered design to reduce operational complexity, with a core philosophy of eliminating redundant elements and retaining only the most essential information and functions. This minimizes the learning curve and significantly enhances the user experience. The platform optimizes algorithmic logic, improves interaction efficiency, and enhances data processing capabilities to enable data visualization monitoring. It fully displays all system information, facilitating the rapid deployment of robotic tasks.
Supported by exclusive software tools—including a controller secondary development platform, route editing software, mapping and self-diagnosis tools—a powerful dispatch simulation platform, and a rich library of adaptable vehicle models complemented by custom model services, our company leverages its extensive AMR product experience to achieve multi-level integration of core controller technologies. This enables us to deliver controllers specifically designed for industrial manufacturing that offer low cost and high efficiency.