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Smallest compression load cell 5kg 10kg 20kg

Button Type Load Cell

Smallest compression load cell 5kg 10kg 20kg

The mini load cell LCB6D stands out as the most compact button load cell in its class, engineered specifically for high-precision compression force measurement. Featuring a robust diaphragm construction, this micro sensor is available in three capacities—5kg, 10kg, and 20kg—providing unmatched flexibility for diverse force measurement needs. With an ultra-slim profile of just 6mm in diameter and 3.5mm in height, the LCB6D excels in applications where space constraints are critical. Its miniature design makes it a top choice for industries requiring reliable force monitoring in tight installations, from medical devices to robotics.

    The LCB6D button type load cell incorporates a precision load button on its top surface, ensuring forces are applied axially even with minor angular misalignments. This innovative design minimizes measurement errors caused by off-axis loading, delivering exceptional accuracy in demanding environments. Built with a rugged stainless steel diaphragm, the load cell withstands harsh conditions while maintaining long-term stability. Its hermetic sealing protects against dust, moisture, and contaminants, making it ideal for industrial automation, laboratory testing, and industrial applications where reliability is non-negotiable.

     

    Despite its micro size, the smallest load cell LCB6D is a powerhouse in performance, tailored for sectors where precision and space efficiency coexist. In medical technology, it integrates seamlessly into surgical instruments and patient monitoring systems. For robotics, it enables force feedback in grippers and collaborative arms. Laboratories benefit from its use in micro-force testing rigs and quality control systems, while electronics manufacturing relies on it for precision assembly processes. Its adaptability extends to aerospace, automotive R&D, and even consumer electronics, proving that small-scale sensors can drive large-scale innovations.

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