Force Sensors

A reliable source for Load Cells information and leading Load Cells Companies & Manufacturers.

They are used widely in mechanical testing, ongoing system monitoring, and as components in devices such as industrial scales. Read More…

Force Sensors Force sensors are a common synonym for load cells. Force sensors, like load sensors, are measuring devices that monitor and gauge forces of compression, tension, and shear.

Leading Manufacturers

West Conshohocken, PA  |  610-825-3310

Our load cells are manufactured with the highest attention to detail at all stages. Whether it is through the design stage, engineering stage, or through hundreds of tests run daily, we ensure that our products outshine all competitor products. That is why high profile customers like NASA trust us with their business. Find out why we make all the difference by contacting us today!

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Strainsert Company $$$

Apex, NC  |  919-772-0115

We supply Multi-Axis Force/Torque Sensors. Our F/T Sensors measure all six components of force and torque. ATI F/T transducers use silicon strain gauges for low-noise and high overload protection. Our sensors are used in robotic assembly, robotic material removal, product testing, biomedical and biomechanical research.

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ATI Industrial Automation, Inc. $$$

Worthington, OH  |  614-430-0683

Tecsis LP specializes in designing and manufacturing load cells for the most challenging applications. Our in-house engineering team will create a one-of-a-kind sensor or modify our standard product to meet your needs. Our state-of-the-art manufacturing facility delivers all industrial load cell configurations including low profile pancake, donut, shear beam, canister, and in-line models, each one integrated with a complete offering of electrical connectors, outputs, and mounting options.

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tecsis LP $$$

Rochester, NH  |  603-332-6150

Dover Flexo Electronics Inc. (DFE), based in Rochester, NH, USA, manufactures and supports a full line of tension control products for materials processing manufacturers. We are a leader in developing web tension control products & technology, such as tension load cells, tension force sensors, automatic tension controllers, tension indicators, tension transducers, and pneumatic tension brakes.

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Dover Flexo Electronics $$$

Wallingford, CT  |  203-294-5800

We have been committed to offering our customers quality and our expertise in load cells since we first opened our doors in 1979. With over 35 years of field industry experience our customers know that they can depend on us to come up with a custom solution to their most challenging load cell issues. We offer a variety of load cells including pancake load cells, dead shaft idler load cells and life shaft load cells as well as many others. Visit our website today!

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Strain Measurement Devices $$$

North Attleboro, MA  |  508-809-5099

At Acuity, our highly experienced team consistently delivers the latest technologies and solutions to enhance system performance, minimize downtime, and maximize productivity. We provide innovative solutions for storage, tubing management, and ergonomic improvements that enhance safety and operator comfort. Visit our website or call today for more information about our line of load cells.

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Acuity Process Solutions $$$
placeholder image Strainsert Company ATI Industrial Automation, Inc. tecsis LP Dover Flexo Electronics Strain Measurement Devices Acuity Process Solutions

The measuring of levelness and tension is the main purpose of force sensors. The information that they monitor is then signaled to a recorder or other computerized data collection system. Force sensors can utilize analog or digital technology for the recording and transferring of information, just like load cells do.

The two major styles of measurement done are compression and tension; compression is a negative measurement force on a single axis, while tension is a positive measurement force also done on a single axis.

Another common style is shear, which is done on two axes that are offset. When they are used to measure any variance in certain ongoing systems, such as gas lines, they can sound an alarm or shut down the system itself until the discrepancy is corrected.

Such pieces of machinery are also used in a variety of larger measuring devices used in industrial manufacturing, food processing, construction, aerospace, chemical plants, and automotive industries.

Force sensors can vary greatly in size and shape depending on the type of use. The two basic components of a force sensor are the sensing element and circuit. The sensing element is most often a strain gauge, which is comprised of a coil; the circuit is the connection of these gauges throughout the force sensor. However, it can also be a piezoelectric sensor that functions by way of a crystal but still gets the same sort of results.

Force sensor outputs include analog voltage, analog current, analog frequency, switch or alarm, serial, and parallel.

The most basic designs consist of four gauges, which make up the measuring circuit. More complex and detailed sensors can have up to thirty gauges as part of the measuring circuit. The more gauges inside the force sensor, the more sensitive the sensor is in recording and monitoring variance in measurement. The formation of these gauges and circuits is usually set up according to the Wheatstone bridge equation, which was developed during the early eighteen thirties.

Force Sensors Informational Video