Female threaded rod end load cell 0-1000kg tension compression sensor

The LCR16 Internal Threaded Rod End Load Cell is a robust, high-precision force sensor engineered to meet the demanding requirements of modern industrial and research environments. Constructed from durable stainless steel, this sensor combines exceptional strength with corrosion resistance, ensuring reliable performance in harsh conditions such as manufacturing floors, outdoor installations, or chemically aggressive settings. Its defining feature is the inclusion of standardized internal threads (M4, M5, M6, M8, or M10) on both ends, enabling effortless integration into existing mechanical systems—whether as part of a tension chain, hydraulic setup, or structural assembly. This plug-and-play design minimizes retrofitting efforts, saving time and costs during installation.

Available in seven rated capacities—10kg, 20kg, 50kg, 100kg, 200kg, 500kg, and 1000kg—the LCR16 caters to a broad spectrum of force measurement needs. Its bidirectional capability allows it to measure both tension (pull) and compression (push) forces with equal precision, making it indispensable for dynamic applications like robotic arm force feedback, cable tension monitoring in cranes, or load testing in structural engineering. Despite its compact form factor, the sensor delivers laboratory-grade accuracy, even in space-constrained environments such as portable testing rigs or embedded machinery components.

The LCR16 force sensing load cell excels in industries where real-time force data is critical. In automated assembly lines, it ensures precise torque control during screw driving or part insertion. In robotics, it provides feedback for adaptive gripper force adjustment, enhancing safety in human-robot collaboration. Material testing labs leverage its accuracy to validate component durability under cyclic loads, while aerospace engineers rely on it for fatigue testing of landing gear or actuator systems. Additionally, its rugged design withstands high-cycle applications, maintaining calibration integrity over thousands of load cycles—a vital trait for quality assurance processes.

Customization lies at the core of the force measurement sensor LCR16's versatility. For specialized projects, manufacturers can modify thread types (e.g., UNF, metric fine), extend capacity ranges beyond standard offerings, or tailor materials (e.g., titanium for extreme lightweight needs). OEMs often request bespoke signal outputs (RS485, Ethernet/IP) or environmental protections (IP67 sealing, high-temperature coatings) to align with unique operational demands. These adaptations ensure seamless compatibility with legacy systems or cutting-edge IoT-enabled platforms.

By merging industrial-grade durability with metrological precision, the LCR16 force transducer load cell bridges the gap between practicality and innovation. Its ability to deliver consistent, accurate data under varying loads and conditions makes it a cornerstone tool for engineers striving to optimize efficiency, safety, and compliance across automotive, aerospace, construction, and automation sectors. Whether deployed in a high-speed production line or a precision R&D lab, the LCR16 stands as a testament to adaptable, future-ready force measurement technology.