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Advanced 3-Axis Force/Torque Sensor for Humanoid Robots | AIDIN ROBOTICS

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The 3-axis force sensor (3-axis F/T sensor) from AIDIN ROBOTICS is a high-precision force and torque measurement system engineered to enhance the stability, balance, and motion control of humanoid robots. Designed for integration into robot ankles, feet, joints, or other key structural points, this sensor delivers robust triaxial force and torque feedback essential for natural, stable humanoid locomotion. What Is a 3-Axis Force/Torque (F/T) Sensor? A 3-axis F/T sensor measures forces and twisting torques (torque moments) along three axes—typically vertical force (Fz) and two torque axes (Mx, My). These measurements give robots precise information about how forces are distributed through a joint or contact point with the environment, enabling more adaptive and stable motion. Key Features and Capabilities Three-Axis Sensing for Real-World Motion: The sensor captures force and torque across three axes (Fz, Mx, My), providing critical data for balance control and motio...
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Fingertip Tactile Sensors for Humanoid and Collaborative Robots | AIDIN ROBOTICS

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AIDIN ROBOTICS’ advanced fingertip tactile sensor (ATT) is engineered to give humanoid and collaborative robots a true sense of touch, enabling precise object manipulation, force sensing, and intuitive handling — features once exclusive to human touch.   What is a Tactile Sensor? A tactile sensor is a device that allows robots to detect contact location, pressure, and force distribution, similar to the sensory capabilities of human skin. These sensors augment vision and standard force/torque systems by providing detailed data on the physical properties of objects during interaction, such as shape, texture, and grasp stability.   AIDIN ROBOTICS Fingertip Tactile Sensor (ATT) Designed for Humanoid Robots The AIDIN ROBOTICS tactile sensor (ATT) is built to mount directly on robot hands and fingertips, giving robots real-time tactile perception akin to human touch. Key Features Next-Generation Capacitive Sensing — utilizes cutting-edge capacitive technology f...
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Advanced Tactile Sensor for Humanoid Robots | AIDIN ROBOTICS

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The AIDIN ROBOTICS Tactile Sensor (ATT) is a cutting-edge module designed to equip humanoid robots with a genuine “sense of touch.” Mounted typically on the hand of a humanoid robot, the ATT sensor enables the robot to perceive where contact occurs and how force is distributed across its surface—making object handling far more precise and intuitive.   Key Capabilities The sensor uses next-generation capacitive sensing technology to detect changes in capacitance when contact is made. This allows for high sensitivity and responsiveness. It hosts multiple high-resolution sensing cells embedded within the structure. These cells detect both the position of contact (i.e., where something touches) and the force applied (i.e., how hard it is being touched). Designed for integration in robotic hands, it brings tactile feedback into manipulation tasks, letting a robot handle objects of varied shapes and textures with greater dexterity and safety. With this sensor, robots can perceive more t...
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AFT200 Smart 6-Axis Force/Torque Sensor | AIDIN ROBOTICS

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Discover the AFT200 Smart 6-Axis Force/Torque Sensor by AIDIN ROBOTICS . Featuring fringe-effect & capacitance tech, available in CAN / EtherCAT / Ethernet, IP56 rated, integrates with cobots for safe force control, weight compensation & collision detection.   6-Axis Force/Torque Sensor (AFT200 Series) The smart 6-Axis F/T sensor delivers high-precision force and torque measurements for collaborative robots (cobots). Designed with fringe-effect and capacitance technologies, the AFT200 is built for reliability, responsiveness, and real-world industrial performance.   Key Features Ø   Fringe-Effect & Capacitance-Based Sensing — Captures subtle force/torque changes with high sensitivity and stable long-term accuracy. Ø   Multiple Interface Options — Supports CAN, EtherCAT, and Ethernet communications to suit different robotic systems. Ø   Integrated IMU + Self-Localization — Onboard inertial measurement unit enables the sensor to maintain aw...
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Advanced Robot Motion Sensors and Joint Torque Sensors | AIDIN ROBOTICS

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AIDIN ROBOTICS offers advanced robot motion sensor s and joint torque sensor s designed to enhance the precision, safety, and intelligence of robotic systems. These sensors are built using AIDIN’s proprietary capacitance sensing technology, making them highly accurate, compact, and reliable for modern automation needs. Robot Motion Sensor: This robotic motion sensor can be mounted on articulated or collaborative robots to detect joint torque and sense collisions. In addition to industrial robots, it is also applicable to joints in various assistive medical devices commonly used in healthcare fields such as rehabilitation and gait support. Key Features: 6-axis sensing: Includes 3-axis gyroscope, accelerometer, and magnetometer. High sampling rate: Supports fast, accurate motion tracking. Compact & lightweight: Easy to install on robot arms, end effectors, or mobile robots. Multiple interfaces: Compatible with USB, UART, or CAN depending on model. Built-in filters: Prov...
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High-Precision Force Torque Sensors | AIDIN ROBOTICS

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AIDIN ROBOTICS offers the force torque sensor, a high-precision sensor that improves the sensitivity and dexterity of robotic arms performing difficult industrial tasks. Compared to the onrobot force torque sensor , it has higher performance, sensitivity, and precision due to AIDIN ROBOTICS' fringe effect skills. In addition, by applying capacitance technology, it is offered at a more affordable and competitive price. This innovative 6-axis force-torque sensor monitors forces and torques in all three dimensions (Fx, Fy, Fz, Tx, Ty, and Tz), allowing robots to detect even the smallest touch or pressure while operating.   Applications of Force Torque Sensors in Various Fields AIDIN ROBOTICS force torque sensors, capable of simultaneously measuring multi-axis forces and torques, support robots in performing these tasks efficiently. The company also produces Miniature force torque sensors that can be easily integrated into narrow spaces like robot hands, grippers, and VR devices, ...
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Solve the Warehouse Challenges with Logistics Robotic Picking Solution| AIDIN ROBOTICS

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  AIDIN ROBOTICS offers a Logistics Robotic Picking Solution designed to enhance automation in warehouses and manufacturing. It uses a self-developed gripper system that integrates AI vision technology to effortlessly recognize and handle various objects. The system combines suction and gripping capabilities to optimize object handling, ensuring higher accuracy and safety. How AIDIN ROBOTICS' Solution Addresses Logistics Challenges Increased Efficiency and Productivity: Automation of Repetitive Tasks: Robots can handle repetitive tasks like picking and packing, freeing human workers for more complex duties.   24/7 Operation: Robots can work around the clock, increasing throughput and reducing lead times. Improved Accuracy: Robots can pick items with high precision, reducing errors and minimizing returns.   Cost Reduction: Labor Savings: Reduced reliance on human workers can lead to significant co...
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