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As an invested company and a pioneer in general-purpose embodied robotics, Direct Drive Tech is honored to be invited to Lenovo Capital's 2024 CVC Week. We will showcase two generations of dual-wheel-legged robots alongside various robotic joint motors. Key exhibits include the newly mass-produced TITA robot and the P1010 series robotic joint motors, which boast a peak torque of 120Nm. We look forward to engaging in in-depth exchanges with friends from all sectors, exploring industry strategies and future market trends in general-purpose embodied robotics, and jointly ushering in a new era of industry development.
Lenovo Capital CVC Week 2024
Coinciding with Lenovo Group's 40th anniversary, the 2024 Lenovo Capital CVC Week has invited nearly 50 outstanding portfolio companies. The event features four major themed exhibition zones: A1 Infrastructure, AI Empowering Knowledge Workers, AI Reshaping Hardware for Physical Workers, and AI+ Transportation & Outdoor.
The core mission of this event is to comprehensively showcase Lenovo Capital's forward-looking strategies and investment achievements in the AI sector over the past decade to the tech industry and mainstream media. Furthermore, it serves as a centralized platform to present high-quality projects from member companies to both internal and external stakeholders, facilitating multi-party matchmaking and cooperation, and driving the synergistic implementation of the ecosystem.
Direct Drive Tech
Founded in Songshan Lake, Dongguan, in 2020, Benmo Technology is dedicated to providing gearless direct-drive precision power solutions. With comprehensive in-house design and manufacturing capabilities spanning sensors, drivers, and motor bodies, we have developed three core product lines: low-speed, high-torque direct-drive motor solutions; intelligent power modules; and our proprietary direct-drive, self-balancing wheel-legged robots, the Xingtian and TITA robots.
Driven by innovative direct-drive joint and hub motor technologies, our two wheel-legged robots seamlessly combine the speed and agility of wheeled AGVs with the superior mobility and obstacle-crossing capabilities of legged robots. This ensures highly efficient and flexible task execution in complex, multi-terrain environments. Featuring a modular structure and open interfaces, the robots can be integrated with vision modules, communication modules, AI host computers, edge processors, and various sensors. They are widely deployed in smart parks, mines, and complex industrial settings for high-efficiency inspections, payload transportation, data collection, and 3D scanning/mapping. Additionally, they are extensively utilized by universities and research institutes for education, scientific research, and robotics competitions.
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