precision load cells

Kingmach designs precision load cells around the needs of field monitoring, where long-term stability matters more than a single-point calibration certificate. The sensing element uses a bonded foil strain gauge bridge, configured to compensate for off-axis loading and temperature drift. Most models deliver 0.05% to 0.1% full-scale accuracy in capacities from a few kilograms up to several hundred tonnes, covering everything from small laboratory tests to heavy civil loads. The body is machined from alloy steel or stainless steel, with optional IP67 or IP68 sealing for installations that will see rain, mud, or high humidity for years. Output options include mV/V for connection to standard dataloggers and 4–20 mA or RS485 variants when you need to cover long cable runs without signal loss. Engineers usually ask about creep and zero balance—specs you rarely see in cheap load cells but that define whether a sensor will read the same force at hour one and hour one hundred. Kingmach’s load cells keep creep within 0.03% and zero balance within 0.5% of full scale, numbers that align with what serious monitoring programs expect. Beyond standard compression and tension models, we machine custom load pins, centre-hole cells for anchor bolts, and low-profile canisters for tight jacking setups. The lead time on custom work is typically shorter than with larger multinationals because our engineering team handles both design and production under one roof. Technical support stays with you after delivery—if your crew runs into wiring questions on site, you can reach someone who knows the product, not a generic call centre.