AIDINROBOTICSINC

Discover the advanced 6-axis robot sensor designed for precise force and torque measurement in humanoid and multi-joint robotic systems. The AIDIN ROBOTICS 6-Axis F/T Sensor features a compact hollow structure optimized for robot wrists, arms, and rotational joints, enabling smooth, natural, and highly accurate motion control. [Advanced Hollow-Structured 6-Axis Robot Sensor] This humanoid 6-axis robot sensor is engineered with a hollow internal structure, making it ideal for mounting directly on robot joints and wrists where space is limited. The hollow design allows internal cable routing and seamless integration with multi-degree-of-freedom mechanisms, supporting complex rotational and dynamic movements. Optimized for humanoid robots, collaborative robots, and research platforms, this sensor enables precise interaction control, compliant motion, and advanced manipulation tasks. [Key Features of the Humanoid 6-Axis Robot Sensor] Compact Hollow-Structure Design T...

The AIDIN ROBOTICS Tactile Sensor (ATT) is a state-of-the-art capacitive tactile sensor system, designed to give humanoid robots a realistic sense of touch. The ATT can be mounted directly on a robot hand, enabling robots to detect contact location and force distribution with high precision and speed. Inside the sensor are multiple high-resolution sensing cells — these allow the robot to instantly register where and how strongly the robot hand touches an object, emulating human-like tactile perception. What the ATT Enables: Realistic, Adaptive Robot Grasping By integrating the ATT into robot hands, robots gain a “sense of touch” that allows for: Detecting exact contact positions on the hand or fingers, allowing precise object manipulation. Sensing force distribution and pressure, so the robot can adapt grip strength depending on the object’s weight, texture, or fragility — enabling safe handling of delicate or irregular-shaped objects. Handling objects of various shapes and textures in...