The X-2A-L80-W40-H37 2 Axis Load Cell offers high sensitivity and resolution, allowing for precise force measurements. Its dimensions of L80mm * W40mm * H37mm make it compact and easy to integrate into various systems. Ideal for force monitoring, feedback control, or force measurement applications with accurate and reliable data.

X-2A-D54-H54 2 Axis Load Cell is an innovative and reliable solution for measuring forces along two orthogonal axes. This sensor offers exceptional accuracy and sensitivity, making it suitable for a wide range of applications including robotics, prosthetics, and industrial automation. Moreover, the sensor ensures long-term durability and consistent performance with high-quality materials.

The X-2A-30-H90 2 Axis Load Cell is compact and robust that accurately measures forces in two perpendicular directions. It can withstand harsh environments and heavy-duty usage, offering a wide range of exquisite measurement in both X and Y axes for simultaneous force detection in multiple directions, providing reliable and precise data.

This X-2A-D72-H17.5 2 Axis Load Cell is widely used in a range of applications that require precise force sensing and control. With its resistance strain principle and self-compensated strain gauge, it offers high precision and excellent temperature characteristics. The sensor features upper and lower flange surfaces, ensuring a stable and rigid structure with high rigidity.

The X-ZL18 series shaft head tension sensor features a cantilever mounting structure, specifically designed for measuring thread and cable tension in narrow spaces. This series is equipped with a threaded structure, including two thin nuts, allowing for easy installation. The sensor can be vertically mounted on the device body or securely attached to a mounting plate using clamping nuts.

The X-ZL17 series shaft head tension sensor is specifically designed with a cantilever mounting structure, making it ideal for measuring thread and cable tension in narrow spaces. These sensors are flange-mounted and can be easily installed vertically on the device body or mounting bracket. They provide accurate and stable signals using the resistance strain formula principle.

The X-ZL16 Series Pillow Block Tension Sensor is a cutting-edge and adaptable tension measurement device that guarantees accurate and reliable tension control in a wide range of industrial applications. With its compact design and intuitive features, this sensor is an invaluable asset for improving product quality, minimizing material waste, and optimizing manufacturing processes.

The X-ZL15 series Pillow Block type tension sensor is specifically designed to accurately detect the resultant force generated when pulling material at the wrapping angle. This sensor is equipped with a Pillow Block that can be easily replaced and installed, along with the tension roller. This unique design allows the sensor to solely detect tension, eliminating any interference from other directions, such as the weight of the tension roller and support seat.

The X-ST-B Torque Load Cell, also referred to as a torque sensor or torque transducer, is widely utilized in industrial and scientific applications that require precise torque measurement. These sensors play a crucial role in providing essential data for evaluating machinery performance, ensuring safety, and maintaining quality control. By accurately quantifying the twisting force applied to an object, they contribute to the optimal operation of equipment and processes.

The X-ST-A Torque Load Cell is a specialized sensor that is specifically designed to accurately measure the torque or rotational force applied to objects or systems. These load cells play a crucial role in ensuring product quality, safety, and efficient operation in mechanical systems. With their precise and reliable data on rotational forces, they enable engineers and industries to make informed decisions and optimize their processes.

The X-ST-98B Torque Load Cell is a specialized sensor specifically designed for measuring torque or rotational force applied to objects or systems. These sensors play a crucial role in a wide range of applications, including industrial machinery testing, torque monitoring in the automotive and aerospace industries, and quality control in manufacturing processes.

A X-ST75 Joint Torque Sensor is a specialized device used in robotics. These sensors are crucial for monitoring and controlling the movement and force exerted in various applications, including industrial robots, exoskeletons, prosthetic limbs, and research settings. Joint torque sensors enable real-time feedback and precise control, enhancing the safety, efficiency, and adaptability of these mechanical systems.