Six-Axis Force/Torque Sensors: China’s Breakthrough in the Era of Humanoid Robots

The rapid development of the humanoid robotics industry is driving strong demand for high-end six-axis force/torque sensors. These sensors are core components enabling robots to achieve precise force control and perform natural movements and complex operations. They are widely used in applications such as polishing and grinding, precision assembly, and medical rehabilitation.

Currently, the high-end market remains dominated by international suppliers, whose products are often expensive and bundled with complete solutions, driving up application costs. As a result, establishing an independently controllable supply chain and achieving domestic Chinese alternatives has become a clear direction for the industry in China. Supported by favorable policies and growing market scale, domestic companies with advantages in cost and service are gradually breaking through technological barriers and seizing development opportunities.

Against this backdrop, Planto’s FT Series Six-Axis Force/Torque Sensors offers a high-performance, China-made solution for robotics and high-end industrial applications. The product features an optimally designed elastic structure, combining high sensitivity with strong overload resistance, effectively reducing inter-axis coupling at the hardware level.

To further ensure accuracy and stability, the FT Series incorporates advanced bridge decoupling and data decoupling algorithms and is calibrated with Planto’s self-developed fully automated six-axis integrated calibration system, significantly suppressing measurement interference in complex environments.

The FT Series sensors offer high precision, fast response, minimal crosstalk, easy installation, and excellent reliability, effectively meeting the robotics industry’s demand for high-performance, cost-effective, and rapidly deployable force-sensing components. They represent a flagship domestic alternative in the process of replacing imported core components in China’s robotics supply chain.