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  1. DBB

    DBB S-Beam Load Cell

    $271.00
    The sensing principle employed on our Z-Beam load cells varies, with a dual bending beam design on the DBBE model which covers capacities from 50kg up to 500kg and a shear web design on the DBBW model. Both sensing principles offer inherently high accuracy and enable us to guarantee performance of better than ±0.03% of rated capacity. Learn More
  2. DBBSM

    DBBSM Universal S-Beam Load Cell

    $310.00

    The DBBSM series of universal load cells are suitable for use in tension or compression and lend themselves to a wide force and load measurement applications such as those found on tensile testing machines, suspended hoppers and geotechnical test equipment, as well as a wide range of other general purpose applications.

    Our universal load cells feature a dual bending beam sensing design on all capacities up to 1000kg, while a shear web sensing design us used from 2500kg upwards.  Both designs offer excellent accuracy and are guaranteed to meet a specification of ±0.03% of rated capacity of better.

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  3. DBBSMM

    DBBSMM Miniature S-Beam Load Cell

    $396.00

    The DBBSMM series of miniature S-Beam load cells are suitable for use in tension and compression and lend themselves to both force and load measurement applications where the space to mount a standard size load cell is not available.

    All of our miniature S-Beam load cells offer high accuracy of better than ±0.03% of their rated capacity and can be optionally gel-filled to provide a waterproof device suitable for applications such as wave tank monitoring.

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  4. DBBSS/TSF

    DBBSS/TSF 2 Axis Force & Torque Sensor

    $3,379.00

    The DBBSS/TSF series of dual axis force and torque sensors are a compact and accurate transducer designed to measure both static torque and axial load in tension and/or compression.

    The unique design of the 2 axis force and torque sensor ensures that crosstalk between the axes is minimised, with less than 1% being typical, whilst maintaining an excellent accuracy of better than 0.1% of rated capacity in both torque and force modes.

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