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Small Round Tension And Compression Load Cell 0-20kN
 Small Round Tension And Compression Load Cell 0-20kN  Small Round Tension And Compression Load Cell 0-20kN

The LCP08 Miniature Pancake Load Cell is a precision-engineered shear web load cell designed to deliver highly accurate and reliable measurements in both static and dynamic applications. With its compact, low-profile form factor, this miniature pancake load cell is an excellent solution for installations where space is limited but performance cannot be compromised. Manufactured from robust stainless steel, it provides outstanding durability and stable operation even under demanding industrial conditions, ensuring consistent performance over time.

This versatile tension compression load cell is available in six rated capacities—1kN, 2kN, 3kN, 5kN, 10kN, and 20kN—covering a broad range of testing and monitoring requirements. Its central threaded hole (M10, M12, M14, or M16) allows for quick attachment of accessories such as load buttons, threaded rods, or eye bolts, making it adaptable to different loading setups. Integrated counterbores further simplify installation, allowing the load cell to be securely mounted while maintaining optimal measurement accuracy. Thanks to its compact structure, the LCP08 is particularly well-suited for precision testing equipment and space-restricted industrial environments.

Applications of the LCP08 span a variety of industries, including tablet compression testing, injection molding clamping force measurement, center of gravity analysis, and general-purpose force monitoring. It is also highly effective as a force feedback sensor in advanced testing systems, automation solutions, and research laboratories. In addition, customization services are available to meet unique requirements, with options for different capacities, dimensions, or mounting styles. Combining accuracy, versatility, and cost-effectiveness, the LCP08 miniature pancake load cell is an ideal choice for engineers and researchers seeking dependable performance in compact form.

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