TOPS DAY 2026: Tuosda Unveils Star Humanoid Robot and AI Manufacturing Solutions

Recently, TOPS DAY 2026Tuoda Global Open Day kicked off in Dongguan. This event took ““Beautiful, Reachable”” as the theme, focusing on the implementation of industrial AI, innovation in embodied intelligence technology, iteration and upgrading of intelligent equipment, and co-construction of industrial ecosystems. Through various forms such as cutting-edge technology sharing, innovative product launches, in-depth industrial dialogues, and strategic cooperation signings, it centrally showcased the implementation results of industrial AI rooting in physical manufacturing and empowering the production line, exploring the practical paths of driving high-end and intelligent development of manufacturing with new quality productive forces.

At the event site, Tuoda founder Wu Fengli gave a speech titled “With AI Service AI》Theme sharing, proposed “Short-term look at sales, medium-term look at products, long-term look at operations” development thinking, clearly pushing industrial from three dimensions of operations, products, and market systematically AI Scaled implementation. At the operational level, rely on real industrial business scenarios to continuously cultivate intelligent application capabilities; at the product level, based on the two core basic equipments of injection molding and CNC, build “Scenario + Robot + data+ AI Model” closed-loop iteration system, adapting to complex industrial process production requirements; at the market level, seize opportunities in the optical module and optical chip industries, continuously expanding the boundaries of embodied intelligence applications, constructing “AI empowered equipment, equipment services AI Industry” Two-way synergistic development pattern.

Tuoda's Chief Scientist of Embodied Intelligence, Professor at The Hong Kong Polytechnic University David Navarro Shared insights surrounding industry development trends. He stated that artificial intelligence is accelerating toward industrial physical intelligence, and by leveraging capabilities such as multi-modal perception, autonomous learning, and intelligent control, it can effectively adapt to scenario requirements such as industrial sorting, assembly, and mobile operations; meanwhile, large-scale technology deployment still faces practical challenges such as scenario adaptation and mass production stability. It is understood that Tuoda has established deep industry-university-research cooperation with The Hong Kong Polytechnic University, gathering research forces to tackle core technologies and opening up channels for converting research results into industrial scenarios.

According to the introduction, This Open Day will focus on releasing a batch of innovative solutions adapted to real industrial working conditions, covering three major fields: embodied intelligence applications, precision machining of humanoid robots, AI and injection molding of precision server components. After more than a year and practical verification in over thirty industrial scenarios, Torck has accumulated and formed three mature application directions: multi-variety small-batch sorting, multi-process integrated operations, and intelligent handling.

Among them, the full-size industrial bipedal humanoid robot Star is officially launched for the first time. The height of this robot172cm、weight 72kg, compatible with mainstream factory production line layouts, the single-arm load can reach10kg, and can independently complete basic industrial tasks such as material transportation and goods sorting. The robot is equipped with 7 axis humanoid arm and cross-axis wrist structure, fitting human work postures, relying on high-precision joint modules to ensure operation accuracy, and can collect physical scene data during continuous production processes to achieve autonomous iteration and upgrades of operational capabilities.

To address the pain points of industrial mass production of humanoid robots, Everme, under Tosda, has launched a dedicated five-axis machining machine for humanoid robots S400, aimed at the precision machining requirements of robot joints, arm rods, and complex curved shells, optimizing batch production processes, achieving one-time clamping and forming for complex workpieces, filling the gap in upstream precision manufacturing for humanoid robots, and providing key equipment support for the industrial mass production of humanoid robots. Aimed at AI the development needs of the computing power industry, Tosda simultaneously launched a precision component forming solution for servers, overcoming technical difficulties in precision forming for optical modules, high-speed connectors, and liquid cooling structural parts; relevant solutions have already been implemented and verified in several manufacturing enterprises.

The effectiveness of scenario implementation continues to manifest. The industrial precision manufacturing enterprise Lewei Five-Axis has long used Everme five-axis equipment to produce humanoid robot components, with cumulative repeat purchases of equipment100units, stably meeting high-precision and large-scale production requirements; the precision intelligent manufacturing enterprise Nanduxing Technology, after long-term working condition tests, in2026added the purchase of290units of Tuosda intelligent equipment, promoting the automated transformation and upgrading of precision plastic, medical equipment production lines.

The Embodied Intelligence Industry Dialogue was held concurrently, gathering university experts, technical R&D teams, and manufacturing enterprise representatives to conduct in-depth discussions on topics such as industrial physical intelligence technology iteration, large-scale scenario implementation, industrial talent cultivation, and industrial chain ecosystem synergy, to build industry consensus and explore industrial AI High-quality development path.

This Open Day achieved multiple industrial collaborations and industry-university-research signings. In terms of industrial implementation, Topstar and Dongguan Kaihang Technology signed a humanoid robot procurement agreement to help optical connection device enterprises optimize production line management, break through data links, and achieve intelligent production upgrades; Evermi signed with Zhejiang Leiwang Technology to empower precision mass production of humanoid robot components based on five-axis machining equipment. In terms of industry-university-research synergy, Topstar appointed David Navarro a professor as the Chief Scientist of Embodied Intelligence, and jointly built school-enterprise joint laboratories with universities in the Greater Bay Area and Nanchang University respectively to create platforms for scientific research breakthroughs and achievement transformation. On the technical R&D side, the enterprise collaborated with Feijie Kesi and Wuwen Zhike to jointly overcome industrial physical simulation, AI data infrastructure and other underlying core technologies, continuously improving the embodied intelligence technology system.

In the next step, Tosda will continue to deeply cultivate industrial physical scenarios, joining forces with universities, research institutes, and upstream and downstream partners in the industrial chain to accelerate the iteration of intelligent equipment, the landing of embodied intelligence scenarios, and the co-construction of industrial ecosystems, promoting the large-scale promotion and application of frontier intelligent manufacturing technologies, and injecting strong momentum into the transformation and upgrading of manufacturing.