LOAD CELL MANUFACTURERS

An Authoritative List of the Best Load Cell Manufacturers Available

Load cells are measuring devices that monitor and gauge forces of compression, tension and shear. They are a type of transducer that converts sensed mechanical force into electrical signals for measurement used in mechanical testing, ongoing system monitoring and as components in devices such as industrial scales.Of the three major categories by which load cells measure force, compression and tension are the most commonly employed. Sometimes a load cell will measure an object through both of these applications, rather then one or the other.

Both compression and tension loadcells often use strain gauges; strain gauges are very small devices that measure the strain of an object by converting internal deformation into electrical signals, precisely measuring weight, force or strain. Force gauges use strain gauges in push-pull testing and flow measurement. While most load cells measure and test with strain gages, some use piezoelectric sensors, which utilize piezoelectric crystals to measure weight, strain, movement and vibrations. Pressure sensors and force sensors are transducers very similar to load cells that measure pressure, applied force and strain in gas pressure, altitude and liquid pressure. These sensors are often piezoelectric sensors. Many of these sensors, although quite small, are built to support or to hold as much as several tons; miniature load cells are built to provide precise measurements for much smaller applications. Equipment such as force transducers, torque sensors and load sensors all sustain strain gauges or load cells that measure and convert energy. Digital load cell technology is the most popular way to access the information gained through the sensors.

Strainsert Company

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!

tecsis LP

Worthington, OH | 614-430-0683

Here at tecsis LP, it is our goal to provide our customers with the very best load cells possible. We manufacture standard, modified, and completely custom load cell solutions, allowing you to find the exact load cell you need. From the aerospace industry to the manufacturing industry, we have a load cell perfect for your applications, and we offer custom engineering services to ensure the quality and reliability of your solution. Contact us today for your quality load cells!

Cooper Instruments & Systems

Warrenton, VA | 800-344-3921

Cooper Instruments & Systems is a leading global supplier of loads cell and pressure transducer systems for force measurement, material testing and weighing applications. We specialize in customized systems to meet individual applications. We also have a wide range of mechanical/electronic force gages and digital instrumentation. From consultation to development and testing to manufacturing, we are involved in every step of the process to ensure you get the quality instruments you need!

OMEGA Engineering, Inc.

Stamford, CT | 800-848-4286

OMEGA Engineering offers a complete line of load cells, torque transducers, force sensors, and other process measurement and control products. We’ve been designing and manufacturing load cells and process instrumentation for more than 50 years, and our products are designed to combine precision with intelligent controls. Whether it is for process control or research applications, we have a reliable and innovative solution for you! Visit us online or give us a call!

ATI Industrial Automation, Inc.

Apex, NC | 919-772-0115

ATI Industrial Automation is a leading manufacturer of force and torque sensors and robotic automation products. Our load cells and robotics products are utilized in thousands of successful applications around the globe and have proven their ability to improve robotic productivity and reliability. Our multi-axis force/torque sensor systems measure all six components of force and torque. Connect with us online or over the phone and find your load cell solution!


Advanced Mechanical Technology, Inc.

Watertown, MA | 617-926-6700
Provides multi-axis force/torque measurement and wear testing technology, as well as research and development in heat and combustion, to industrial, research, educational, and government institutions.

Sensing Systems Corporation

New Bedford, MA | 800-849-4016
Sensing Systems designs, develops and manufactures strain gage based sensors and provides a full scope of experimental strain gage measurement services for measurements of pressure, load, torque, strain, stress and displacement.

Dover Flexo Electronics, Inc.

Rochester, NH | 603-332-6150
Manufacturer and designer of web tension measurement and control equipment including tension transducers, automatic tension controllers, tension amplifiers, indicators, and meters.

AmCells Corp.

Vista, CA | 760-727-6666
Manufacturers and supplies standard load cells for the scale industry and custom design load cells to fit unique customer needs.

Industry Information

Various types of load cells, pressure sensors and gauges are used in manufacturing, processing and testing industries. Pressure sensors and load cells are used in food processing industries to precisely measure ingredients and to properly distribute the products during packaging. In industrial warehouse environments, where pallets of inventory are shuffled around, load cells are often used to determine the precise weight of loaded pallets, which is crucial for the filling and accepting of orders. Other load cell applications include the testing of bridge building materials such as beams for tension strength, as well as in railcar weighing and truck scales. Load cells are essential components in many calibration systems, as well as for fatigue testing in research and development laboratories. With reading accuracies within 0.25%, load cells, sensors and gauges provide accurate mass, weight and pressure measurement of very small loads to loads of several thousand tons.

After load cells transduce mechanical stress into electrical energy, the information that loadcells monitor is then signaled to a recorder or other computerized data collection system. Analog or digital load cell technology is used for the recording and transferring of information. Digital load cells have become more popular than analog load cells in recent years because they work faster, have a higher accuracy rate and better resolution. When load cells are used to measure any variance in certain ongoing systems, the load cells can sound an alarm or shut down the system itself until the discrepancy is corrected. Load cells can vary greatly in size and shape depending on the industrial arena they will be utilized in. The two basic components of a load cell are the sensing element and circuit. The sensing element is most often a strain gauge, which is comprised of coil. However, it can also be a piezoelectric sensor that utilizes crystals. The circuit is the connection of these gauges or sensors throughout the load cell.

Load cell 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 cells can have up to thirty gauges as part of the measuring circuit. The arrangement of gauges is usually done according to the Wheatstone bridge equation, which was developed in 1833 by Samuel Hunter Christie. It was not until ten years later though that the equations’ namesake improved upon it and made it popular. The more gauges inside the load cell, the more sensitive the cell is in recording and monitoring variance in measurement. In calculating capacity of a load cell, factors that must be considered are: the maximum force value, the dynamics of the system (i.e. frequency response), the effect that placing the transducer in the force path will have and the maximum extraneous loads that the load cell will handle. When mounting load cells, such factors must be considered: whether the load cell be in the primary load path or whether it will see the forces indirectly; whether there are any physical constraints that should be met for size and mounting; what level of accuracy is required, and what environmental elements the load cell will be subjected to that may cause special problems. These complexities are necessary to have the correct measuring force load cell in place, to ensure the safety and productivity of the industries employing them.

 

Compression load cells
Load Cells
Mini load cells
Compression load cells – Strainsert Company
Load Cells – Strainsert Company
Load Cells – Strainsert Company
Load Cells
Mini load cells
Load Cells
Load Cells – Strainsert Company
Mini load cells – Cooper Instruments & Systems
Mini load cells – Cooper Instruments & Systems