DexForce Technology

DexForce Technology, a Shanghai-based trailblazer in embodied AI and general physical world intelligence, is revolutionizing humanoid robotics with its innovative full-stack solutions designed to bridge virtual simulations and real-world applications. Founded to accelerate the commercialization of intelligent robots, the company has secured multi-million dollar funding through A1 and A2 rounds as of July 2025, fueling rapid advancements in AI-driven automation for industrial, commercial, and household scenarios. Recognized as one of the top 50 Chinese artificial intelligence technology companies on the 2025 Forbes China AI Technology Enterprises list and victor of a global top-tier robotics competition in May 2025, DexForce specializes in cutting-edge technologies like Sim2Real VLA models, EmbodiChain simulation engines, and high-precision binocular vision systems to empower robots with human-like dexterity and adaptability. By leveraging proprietary algorithms for microsecond-level image processing and sub-millimeter control, DexForce is driving the era of general-purpose humanoid robots, enabling seamless human-robot collaboration and boosting efficiency across manufacturing, logistics, and service industries with scalable, cost-effective AI robotics innovations. 
 
Leading DexForce Technology's portfolio is the flagship W1 Pro humanoid robot, a versatile embodied AI powerhouse engineered for real-world deployment with a fully renewed "binary" system that integrates omnidirectional chassis, 40 degrees of freedom, and dexterous hands or two-finger grippers for unparalleled flexibility in dynamic environments. Featuring self-developed binocular pure vision sensors with proprietary imaging algorithms for robust performance in strong light and complex scenarios, the W1 Pro achieves ±1mm accuracy in object recognition and positioning, supported by 1000Hz real-time joint control via EtherCAT networks for stable, 0.1N-sensitive force feedback in tasks like precise assembly, material handling, and home assistance. Powered by the pioneering Sim2Real VLA model framework—trained entirely on synthetic data from the EmbodiChain simulation engine -- this top-tier humanoid robot excels in rapid decision-making and multi-scene adaptability, making it ideal for industrial automation, commercial operations, and research applications where high-performance AI robotics demand efficiency and innovation.