«By 2025, develop 100 high-tech, high-value-added robotic products and 100 application scenarios with nationwide promotion value»—this was the goal set in 2023 when Beijing launched its second-round action plan for robotic industry innovation and development. Over two years later, this «dual 100» target has been surpassed.

At the main forum of the World Robot Conference, the achievements of the «dual 100» initiative were presented: the city has supported the creation of 12 categories comprising 200 innovative robotic products, facilitating their initial testing, application, and iterative upgrades across 11 fields and 134 scenarios. Beijing’s robotics industry remains firmly in the top tier domestically.

Currently, Beijing has nurtured 57 specialized and innovative «little giant» enterprises in robotics, secured 33 surgical robot registration certificates, and gathered nearly 30 humanoid robotics companies—all ranking first nationwide.

Among the 200 innovative robotic products, significant progress has been made in the medical field: the TiRobot orthopedic surgical robot enables multi-indication applications and supports 5G remote surgery. The single-port snake-arm surgical robot independently developed by Surui Robotics achieves multi-degree-of-freedom movement inside patients, representing world-leading technology and China’s first single-port robot covering four major surgical fields.

«The ‘100 new robotic products’ initiative within the ‘dual 100’ project strategically focuses on humanoid robots, driving advancements in collaborative, medical, specialized, and logistics robots, forming a high-end product ecosystem.» Last year, Beijing’s robotics industry revenue grew by 50%, with another 40% increase in the first half of this year.

Where to deploy robots? This challenge has troubled many companies. To address this, the city implemented the «100 application scenarios demonstration project,» leveraging Beijing’s vast urban environment to enhance scenario innovation and supply-demand matching. Robots have been tested and deployed across 11 fields and 134 scenarios, expanding their depth and breadth of application.

Across the city, robotic solutions have been applied in parks, including ecological patrol, disinfection, water cleaning, and warehouse cleaning, with 104 units deployed in municipal parks and museums through financing leases.

In education, robotic solutions cover classroom assistants, teacher aids, playmates, and item delivery, with 38 robots deployed in 14 schools.

In food services, robotic applications include latte art machines, smart beverage stations, pancake robots, and automated chefs, with over 210 units deployed in Beijing.

«Beijing will continue advancing in both innovative products and high-value scenarios to accelerate the robotics industry.» Plans include establishing a humanoid robot pilot verification platform to address automation, standardization, and mass-production challenges, fostering large-scale production capabilities.

More locations and scenarios in Beijing will soon integrate robots. The city will open public service environments such as hotels, restaurants, and streets to global robotics firms, creating «robot + smart living» solutions in key areas like dining, aiming to become a global benchmark for human-robot collaboration.

World Robot Conference

The **World Robot Conference (WRC)** is an annual international event showcasing advancements in robotics and artificial intelligence, held in Beijing, China, since 2015. It features exhibitions, competitions, and forums, bringing together experts, companies, and enthusiasts to promote innovation and collaboration in robotics. The conference highlights China’s growing role in robotics and aims to drive global technological development in the field.

TiRobot orthopedic surgical robot

The TiRobot is an advanced orthopedic surgical robot developed in China, designed to assist surgeons in performing precise and minimally invasive procedures, particularly in spinal and trauma surgeries. Introduced by Tinavi Medical Technologies, it combines 3D imaging, navigation, and robotic assistance to improve accuracy and reduce recovery times. The TiRobot represents a significant innovation in China’s medical technology sector, reflecting the country’s growing expertise in robotic-assisted surgery.

Surui Robotics

Surui Robotics is a Chinese technology company specializing in robotics and artificial intelligence, known for developing advanced service robots for industries like healthcare, education, and hospitality. Founded in 2016 and headquartered in Nanjing, the company combines AI innovation with practical applications, aiming to enhance automation and human-robot interaction. While not a historical cultural site, Surui Robotics represents China’s growing influence in cutting-edge robotics and smart technology.

single-port snake-arm surgical robot

The single-port snake-arm surgical robot is an advanced medical device designed for minimally invasive surgery, allowing operations through a single small incision. Inspired by the flexibility of a snake’s arm, its articulated design enables precise movements in confined spaces, improving patient recovery times. Developed in the early 21st century, it represents a significant innovation in robotic-assisted surgery, enhancing precision and reducing trauma compared to traditional methods.

humanoid robots

Humanoid robots are advanced machines designed to resemble and mimic human appearance and behavior. Their development dates back to the mid-20th century, with early examples like Japan’s **Gakutensoku (1928)** and later advancements such as Honda’s **ASIMO (2000)**. Today, they are used in research, entertainment, healthcare, and customer service, reflecting advancements in AI and robotics.

collaborative robots

Collaborative robots, or «cobots,» are robots designed to work safely alongside humans in shared workspaces, unlike traditional industrial robots that operate in isolation. Developed in the late 1990s, cobots emerged from advancements in sensors and AI, enabling them to assist with tasks like assembly, packaging, or healthcare while adapting to human presence. Today, they are widely used in industries to improve efficiency and safety, reflecting the growing integration of automation and human labor.

medical robots

Medical robots are advanced technological systems designed to assist in surgeries, diagnostics, and patient care, enhancing precision and efficiency in healthcare. Their history dates back to the 1980s, with the first robotic-assisted surgery performed in 1985 using the PUMA 560 for a delicate neurosurgical biopsy. Today, robots like the *da Vinci Surgical System* enable minimally invasive procedures, revolutionizing modern medicine.

logistics robots

Logistics robots are automated machines designed to streamline supply chain operations, such as sorting, transporting, and storing goods in warehouses and factories. They emerged with advancements in robotics and AI, gaining prominence in the early 21st century as e-commerce and global trade expanded. These robots improve efficiency, reduce human labor, and minimize errors in logistics processes.