GRINM (Guangdong) Institute for Advanced Materials and Technology

GRINM (Guangdong) Institute for Advanced Materials and Technology (hereinafter referred to as GRINM Guangdong) is a provincial-level public institution co-established by China GRINM Group Co. GRINM (Guangdong) Institute for Advanced Materials and Technology (hereinafter referred to as GRINM Guangdong) is a provincial-level public institution co-established by China GRINM Group Co. The Department of Science and Technology of Guangdong Province Foshan Municipal People's Government and Chancheng District People's Government under a four-party agreement. 2021 and located in Chancheng District Foshan City it is a new-type R&D institution integrating technology R&D public services and industrial incubation. Operated and managed by China GRINM a central state-owned enterprise GRINM Guangdong focuses on new non-ferrous metal materials with three key strategic directions: new energy materials advanced materials, new energy materials, new energy materials, new energy materials, new energy materials, new energy materials, new energy materials and new energy materials. GRINM Guangdong focuses on new non-ferrous metal materials with three key strategic directions: new energy materials advanced electronic materials and structure-function integrated materials. Relying on the State Key Laboratory of Intelligent Sensing Functional Materials the institute has developed high-reliability high-consistency and high-precision 1D force/ torque sensors and 6-axis sensors. Relying on the State Key Laboratory of Intelligent Sensing Functional Materials the institute has developed high-reliability high-consistency and high-precision 1D force/torque sensors and 6-axis force/torque sensors for the embodied intelligence and robotics market. design and algorithm research the comprehensive accuracy consistency and fatigue life of multi-dimensional force sensors are improved meeting the Through the application of new materials structural design and algorithm research the comprehensive accuracy consistency and fatigue life of multi-dimensional force sensors are improved meeting demands of end-point fine control and motion control for robotic applications.