Load Sensors
Load sensors are components of measuring devices that monitor and gauge forces of compression, tension and shear. They communicate to a computer system by sending weight data through converting mechanical force into an electrical output signal. These sensors are used in mechanical testing, ongoing system monitoring and as components in devices such as industrial scales.The most common type of load sensor uses strain gauges for the sensor section, which are very small devices that measure the strain of an object by converting internal deformation into electrical signals to precisely measure weight, force or strain. Read More…..
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.
Founded in 1985, Load Cell Central has firmly established its reputation as a leader in load cell manufacturing, custom weighing system integration, and first-class load cell repairs. Load Cell Central offers a wide variety of popular load cell and component configurations for virtually every new or old weighing system, scale or component replacement possibility. Technical and after-sale support, ...
At TyTek Industries we manufacture load cells to suit all capabilities. Our expertise has provided insight and load cell solutions for a range of customers and industries. Our engineering team’s philosophy ensures we do everything humanly and technologically possible to match your requirements with quality, cost and delivery. We’re here to help you carry the load.
At Stellar Technology, we specialize in designing and manufacturing high-performance load cells tailored to meet the diverse needs of industries worldwide. Our team is committed to delivering precision-engineered solutions that address critical applications, from aerospace to medical devices, where reliability and accuracy are paramount.
At AmCells Corporation, we specialize in designing and manufacturing precision load cells that meet the diverse needs of industries worldwide. Our products are crafted to deliver accuracy, reliability, and durability, offering solutions that perform under the most challenging conditions. We are committed to supporting a broad range of applications, including industrial automation, weighing...
At Teledyne Technologies, Inc., we are deeply committed to pioneering high-precision solutions that push the boundaries of technological innovation. Our load cells exemplify our relentless dedication to accuracy, dependability, and sophistication, offering state-of-the-art force measurement solutions that empower various industries to achieve the utmost precision in their operations.
More Load Sensor Manufacturers
A strain gauge is commonly a coil, although it can come in other shapes as well. A foil pattern is another common style of strain gauge. Force gauges use strain gauges in push-pull testing and flow measurements, utilizing these types of load sensors as part of a larger system rather then a simple circuit. While most measure and test with strain gauges, some are piezoelectric sensors, which use piezoelectric crystals to measure weight, strain, movement and vibrations.
Many of these sensors, although quite small, are built to support or hold as much as several tons, while miniature load cells are built to provide precise measurements for much smaller applications such as medical measurements. The range in size can be as vast as a load sensor that weighs a gram up to a load sensor that weighs over a hundred tons.
After load sensors transduce mechanical stress into electrical energy, the information that they monitor is then signaled to a recorder or other computerized data collection system. Load sensors use analog or digital technology for the recording and transferring of information. Common analog outputs are analog current, analog voltage and analog frequency, all of which are translated onto a screen as workable data.
Load sensors and gauges are used in manufacturing, processing and testing industries. The food processing industry uses them to precisely measure ingredients and for product distribution during packaging. Other applications include the testing of bridge building materials such as beams, for tension strength, as well as in railcar weighing and truck scales.
They are important components in calibration systems, and are also used in fatigue testing for research and development laboratories. So the automotive industry as well as construction, marine and industrial manufacturing all utilize this vital tool.
