HIGEN RNM Introduces Human-Friendly Actuator Platform for Robotics
On August 31, 2026, HIGEN RNM, a forward-thinking company in motion-control and robotic innovations, announced its latest achievement: the Human-Friendly Actuator Platform. This development marks a significant leap forward in addressing one of the most persistent challenges in the field of humanoid robotics: the actuator. As artificial intelligence evolves, it is crucial for physical robots to be responsive, precise, and safe, especially when interacting with humans. Understanding this, HIGEN RNM has engineered a platform that integrates all the necessary components for robotic joints into a compact, standardized architecture.
The new actuator platform is designed with six different standardized joint designs tailored to humanoid robotics and Physical AI applications. Each actuator incorporates local sensors, motors, gearing systems, and electronics, all working in concert to provide quick and efficient feedback. This embedded technology allows each joint to detect disturbances and adjust parameters like force and stiffness autonomously, achieving this in less than 100 milliseconds.
CEO Jae Hak Kim emphasized the importance of this approach: "The intelligence of AI is transforming robotics, but the connection to the physical world through motion remains critical at the joint level. Our focus is creating an actuation system that converts AI decisions into actions safely and accurately, especially around people." This reflects a broader trend of artificial intelligence enhancing the cognitive aspects of robotics, while HIGEN RNM concentrates on making the physical responses better-suited to real-world challenges.
The actuator's design addresses the common issues encountered in robotic systems, such as mechanical nonlinearities and joint latency, which can hinder performance in unpredictable environments. The embedded sensors facilitate localized control, reducing reliance on a central computing unit, which often introduces delays. This design philosophy aligns with the nature of Physical AI, which emphasizes the interaction of robots with their surroundings in real-time.
These standardized actuators span a torque range of 60 Nm to 348 Nm, making them applicable across a variety of robotic joints, from wrists and necks to knees and hips. In achieving this, HIGEN RNM has integrated various technologies into one cohesive system: an AFPM (Axial Flux Permanent Magnet) motor, a 3K compound planetary gearbox, dual encoders, and embedded drive electronics, which together reduce actuator size by 30% while increasing torque density by the same percentage.
Moreover, the sophisticated design ensures the robot can respond safely and efficiently due to reduced backdriving torque under one Newton meter. This feature is essential for operations in close proximity to humans, vastly improving the safety and compliance of collaborative robotics.
HIGEN RNM is not just stopping at creation; they have proactively sought patent protections in South Korea for their sensing and adaptive force-control technologies, indicating the innovative edge they hold in the market. Furthermore, they have incorporated essential safety standards into their design process in accordance with ISO 13849-1 and are working toward achieving both CE and UL certifications.
The company plans to showcase this groundbreaking actuator platform at CES 2027 in Las Vegas, offering insights into performance data and practical applications. This strategic move not only positions HIGEN RNM at the forefront of robotics technology but also demonstrates their commitment to developing humanoid robots that are smart, agile, and truly human-friendly.
In conclusion, the Human-Friendly Actuator Platform presents a paradigm shift in the design and performance of humanoid robotics. By effectively merging advanced AI with sophisticated mechanical design, HIGEN RNM is paving the way for more responsive and adaptive machines, setting a new standard in the realm of robotic innovation.
The new actuator platform is designed with six different standardized joint designs tailored to humanoid robotics and Physical AI applications. Each actuator incorporates local sensors, motors, gearing systems, and electronics, all working in concert to provide quick and efficient feedback. This embedded technology allows each joint to detect disturbances and adjust parameters like force and stiffness autonomously, achieving this in less than 100 milliseconds.
CEO Jae Hak Kim emphasized the importance of this approach: "The intelligence of AI is transforming robotics, but the connection to the physical world through motion remains critical at the joint level. Our focus is creating an actuation system that converts AI decisions into actions safely and accurately, especially around people." This reflects a broader trend of artificial intelligence enhancing the cognitive aspects of robotics, while HIGEN RNM concentrates on making the physical responses better-suited to real-world challenges.
The actuator's design addresses the common issues encountered in robotic systems, such as mechanical nonlinearities and joint latency, which can hinder performance in unpredictable environments. The embedded sensors facilitate localized control, reducing reliance on a central computing unit, which often introduces delays. This design philosophy aligns with the nature of Physical AI, which emphasizes the interaction of robots with their surroundings in real-time.
These standardized actuators span a torque range of 60 Nm to 348 Nm, making them applicable across a variety of robotic joints, from wrists and necks to knees and hips. In achieving this, HIGEN RNM has integrated various technologies into one cohesive system: an AFPM (Axial Flux Permanent Magnet) motor, a 3K compound planetary gearbox, dual encoders, and embedded drive electronics, which together reduce actuator size by 30% while increasing torque density by the same percentage.
Moreover, the sophisticated design ensures the robot can respond safely and efficiently due to reduced backdriving torque under one Newton meter. This feature is essential for operations in close proximity to humans, vastly improving the safety and compliance of collaborative robotics.
HIGEN RNM is not just stopping at creation; they have proactively sought patent protections in South Korea for their sensing and adaptive force-control technologies, indicating the innovative edge they hold in the market. Furthermore, they have incorporated essential safety standards into their design process in accordance with ISO 13849-1 and are working toward achieving both CE and UL certifications.
The company plans to showcase this groundbreaking actuator platform at CES 2027 in Las Vegas, offering insights into performance data and practical applications. This strategic move not only positions HIGEN RNM at the forefront of robotics technology but also demonstrates their commitment to developing humanoid robots that are smart, agile, and truly human-friendly.
In conclusion, the Human-Friendly Actuator Platform presents a paradigm shift in the design and performance of humanoid robotics. By effectively merging advanced AI with sophisticated mechanical design, HIGEN RNM is paving the way for more responsive and adaptive machines, setting a new standard in the realm of robotic innovation.
Topics Consumer Technology）
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