Serbian President Aleksandar Vucic on Wednesday lauded China's significant development pace in robotic technologies and China's cooperation in frontier fields with Serbia.
At the invitation of Chinese President Xi Jinping, Vucic is on his first state visit to China from May 24 to 28. Before the visit, Vucic described it as the most important state visit of his political career.
Vucic visited robot enterprises in Jiaxing City of east China's Zhejiang Province, where robots were seen mixing drinks, building blocks and writing calligraphy.
Vucic observed the robot application scenarios up close, such as quadruped robot load demonstrations, and even personally experienced playing board games with the robots.
"It is like the 22nd century. I was so happy to be here to see the progress of Chinese industry, to see how Minth factory is gaming with robotics. What makes me very happy is the fact that we are going to produce some of these robots in Serbia very soon," said Vucic.
In February this year, Vucic announced a collaboration with Chinese companies to build Europe's first large-scale production base for humanoid robots.
The Serbian president also witnessed the signing of agreements between Serbian officials and representatives of four Chinese companies, initiating a major new investment of over 900 million euros in high-tech, auto parts, and advanced manufacturing sectors between the two countries.
During the visit, Vucic repeatedly expressed his gratitude to China for its assistance to Serbia's development and encouraged Serbian youths who are studying artificial intelligence in Chinese companies.
Vucic also attended the unveiling ceremony of the China-Serbia youth cultural exchange center.
"I feel proud and dignified to see young Serbian people here learning a lot and aware of the fact that these people are the future of our country. They will bring their knowledge to Serbia and many things to our Chinese friends, sisters and brothers for helping us," said Vucic.
Serbian President lauds China's robust development in robotics
