Titanium Robotics Technology
Developing humanoid robots and service robots.
| Date | Investors | Amount | Round |
|---|---|---|---|
| investor investor investor | €0.0 | round | |
* | N/A | Seed | |
| Total Funding | 000k | ||
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Titanium Robotics Technology, also known as Ti5 Robot or Titanium Tiger Robot, is a high-tech enterprise headquartered in Shanghai, China, that was established in August 2020. The company specializes in providing high-end robotics hardware and comprehensive solutions, focusing on the design, research, development, production, and sales of advanced robotic components and systems. The founder, Li Yongchao, is a serial entrepreneur with a decade of experience in marketing and sales.
The firm's business model centers on offering customized and modular hardware solutions to lower the barrier for developing and using robots. This approach allows for the rapid assembly of various types of robots tailored to specific customer needs, addressing a market that requires faster delivery and is more price-sensitive than traditional industrial sectors. Revenue is generated through the sale of its hardware products and integrated solutions to a diverse client base that includes prominent companies like Huawei, DJI, and XPeng Motors. Ti5 Robot primarily targets markets in industrial automation, commercial services, scientific research, education, and medical rehabilitation.
The company's product portfolio is extensive, featuring lightweight joint modules, ultra-lightweight collaborative robots, humanoid robots, exoskeletons, and intelligent bionic hands. A key offering is their series of modular, six-axis collaborative robotic arms, designed for easy disassembly and assembly. More recently, the company unveiled its second-generation humanoid robots, the T170A models "YaoGuang" and "MoDi," which feature high-torque joints, binocular vision, and multiple sensors for a comprehensive awareness of their surroundings. These products are developed with the aim of accelerating the transition to an era of human-robot collaboration by providing cost-effective and high-performance hardware.
Keywords: robotics hardware, collaborative robots, humanoid robots, modular robotics, robotic joint modules, bionic hands, exoskeletons, industrial automation, customized robotics, electric drive platforms, advanced robotics, robotic solutions, lightweight robots, six-axis mechanical arm, motion algorithm, machine vision, robot control technology, somatosensory control