ATI Industrial Automation develops the Mini43LP ultra-thin Force/Torque Sensor for compact, high-precision applications

ATI Industrial Automation has developed the ultra-thin Mini43LP Force/Torque Sensor, providing high-precision force sensing in a rugged, yet compact transducer. At less than 8 mm tall, the newest member of ATI’s force/torque sensor product family is uniquely suited for smaller automated applications.

The low profile sensor body allows users to optimize their work envelope and preserve the robot’s lifting power for end-of-arm tools. The streamlined design features a bolt-down mounting pattern to minimize stack height, an angled cable exit to eliminate interference with adjacent equipment, and a large through-hole for simplified utility management.

ATI’s Mini43LP can enhance the accuracy and repeatability of research and development, product validation, assembly, and other micro force sensing applications. It is the ideal force sensing option for small delicate operations such as the assembly of electronic components or optics, product research and testing applications, laboratory automation, robotic surgery, and more.

The Mini43LP is the thinnest six-axis force/torque sensor available, combining the superior accuracy and strength of ATI’s renowned force/torque sensors in an ultra-thin package. The Mini43LP is compatible with all of ATI’s existing communication interfaces and integrates easily with miniature robot models from Mecademic, Yaskawa, and others. For more information about this product, visit

About ATI Industrial Automation

ATI Industrial Automation is the world’s leading developer of robotic accessories and robot arm tooling. ATI end-effectors enhance productivity and flexibility of robotic and automated solutions across a wide spectrum of industries through capabilities such as automatic tool changing, force-torque sensing, material removal, and more. Since 1989, our commitment to engineering excellence, superior quality, and customer-focused support drives us to innovate and continuously improve the most reliable automated solutions available.

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