The new HONPINE Humanoid Robot Joint Module Factory has undergone renovations for over five months and is scheduled to commence operations on August 28, 2025. To address growing market demand and ensure both product quality and production capacity of joint modules, HONPINE has invested $15 million in constructing this facility.

With advancements in AI, IoT, big data, sensors, and BIM technologies, the construction industry is transitioning from traditional manual/semi-automated methods toward full automation, intelligence, and data-driven operations. Intelligent construction has now become the dominant trend, where construction robots significantly accelerate project timelines and are essential for industry-wide quality enhancement. As critical components ensuring robotic precision and stability, harmonic drives, RV reducers, and planetary gearboxes perform distinct roles across various robot subsystems.

The concept of Industry 4.0, which corresponds to Industry 5.0, first appeared in Germany. In short, Industry 4.0 is to promote industrial transformation through information technology. It is an intelligent industrial era based on the Internet of Things, big data, artificial intelligence, etc. 5G technology, known as the "new engine of digital economy", is a product that closely fits the core concept of Industry 4.0 and is recognized by the world.

A sewer cleaning robot can detect, remove dirt and blockages in underground pipe networks. Combining industrial Ethernet, servo motion control technology, precision transmission technology (harmonic reducer), robot end-effectors, and other technologies, it can achieve multifunctional special-purpose robots capable of dirt removal, blockage clearance, high-pressure flushing, visual inspection, etc.

In recent years, the global industrial competition landscape has undergone significant adjustments, with intelligent manufacturing emerging as a major trend and core focus for the future development of the manufacturing industry. Modern intelligent manufacturing models demand higher performance from industrial robots, requiring them to handle increasingly complex tasks with greater sensitivity and precision.