The ANYLOAD 247BS Load Button Load Cell is a compact stainless steel compression force sensor designed for accurate force measurement in machinery, automation systems, and engineering test equipment. Its low-profile button-style loading surface allows compressive forces to be measured directly while occupying minimal installation space. Built from corrosion-resistant stainless steel with sealed strain gauge construction, the 247BS delivers stable, repeatable measurements suitable for industrial environments and OEM system integration.
Compression load buttons such as the 247BS are commonly used in press force monitoring, actuator testing, robotics systems, and automated assembly equipment where reliable axial force measurement is required. The sensor’s threaded mounting configuration allows it to be securely installed within machine frames, tooling assemblies, or mechanical fixtures. This compact form factor makes it well suited for applications where force must be monitored without significantly altering the mechanical design of the equipment.
Engineered for OEM force measurement systems and industrial instrumentation, the 247BS is frequently integrated into servo presses, component testing systems, robotic tooling validation setups, and laboratory force testing platforms. When combined with signal conditioners, amplifiers, or data acquisition systems, the sensor can provide continuous force feedback for process monitoring, validation testing, and closed-loop control in manufacturing and research environments.
If your application requires specialized mounting or integration into custom machinery, ANYLOAD can assist with product customization and engineering consultation. Our team works with equipment manufacturers, robotics developers, and testing system integrators to adapt force sensors for unique mechanical layouts, capacity requirements, environmental protection levels, and electrical interfaces. Contact us to discuss your application requirements or to develop a customized force measurement solution tailored to your system.