Gasgoo Munich- The 2026 World Artificial Intelligence Conference (WAIC) will take place from July 17 to 20 at the Shanghai Expo Exhibition Hall. At the event, Nexforce Robotics will showcase a range of products, including rotary joint modules, linear joint modules, inverted planetary roller screws, and miniature ball screws.
Nexforce Robotics specializes in core drive and transmission systems for humanoid robots, dedicated to building an ecosystem for critical components. Just ahead of the conference, the company announced it has completed an A+ funding round.
This marks the company's third round in just six months, following the launch of its first market-based financing drive in late 2025.
Nexforce Robotics noted that the proceeds from this round will primarily fund production line construction, product iteration, and scaled deliveries. The capital will also support the recruitment of top-tier talent and expansion into domestic and international markets.
Image Source: Nexforce Robotics
Centered on an integrated "material-transmission-module" product system, Nexforce Robotics has established a portfolio spanning silicon nitride ceramic balls and precision screws to linear and rotary joint modules. These cover critical joint scenarios for humanoid robots, with applications extending into commercial aerospace, medical equipment, logistics automation, and other high-end equipment sectors.
The company has already partnered with several industry leaders, including top robotics firms, core component manufacturers, commercial aerospace companies, and prominent overseas robotics clients.
Building on this foundation, Nexforce Robotics is advancing product validation and project implementation in areas such as robot bodies and core components, commercial aerospace, and medical and logistics automation. It is gradually expanding into more scenarios—including medical equipment, laboratory automation, biopharma, and logistics sorting—to accelerate the adoption of high-precision motion and execution technologies in real-world industrial environments.
