3E400 Axis Force Sensor
- kobastar
- February 27, 2026
- 7:03 pm
Features:
- The 3-axis force load cell measures forces simultaneously on 3 mutually perpendicular axes: and interference between channels.
- Each axis provides a complete bridge output and requires no mathematical manipulation.
- The 3-axis load cell is built to minimize eccentric loading effects and interference between channels.
- This 3-axis load cell is ideal for many industrial and scientific applications such as aerospace, robotics, automotive and medical research (orthopedics and biomechanics).
Application Areas:
- Force application control in robotics
- Automotive crash test
- Industrial test benches
- Grinding force control, etc.
In order to get accurate results in weight measurements, it is necessary to make sure that the load cells are working. It is possible to ensure that the load cells give fast and qualified results with the integrity check of the load cell load cell using the correct methods. Before you start measuring with any load cell, you must make a robustness check and make sure that it can make effective measurements in the required parameters.
Why Should Load Cell Robustness Check Be Done?
Known as a load cell, load cell basically gives results by interpreting the data coming from the sensors. There are four different sensors at the base of the load cell, and the resistance data from these sensors are interpreted in accordance with the wheatstone bridge diagram and converted into a weight criterion. However, to ensure that accurate results are obtained, these sensors must be tested and confirmed that they are working as they should.
Even a small error in the sensors can cause incorrect measurements and therefore incorrect results. Such a situation may be life-threatening. For example, if the load capacity is exceeded but no warning is given because the measurement was made incorrectly, this incorrect measurement will have serious consequences. On the other hand, a robustness check must be made to ensure that the loadcell device can measure at the upper parameters and calculate high weights on its own scale.
How is the Robustness Checked?
To measure the robustness and capacity of the load cell, the resistance between the feeding ends and output ends must be measured. This resistance is usually around 350 ohms. With resistance measurement, after recording the standard measurement rate of the load cell device, its stability can be checked by applying any load. If the value increases when the load is applied and reaches the standard rate when it is not applied, you can be sure that the load cell is robust.
To provide effective solutions in weight measurements, all our products in the load cell category are offered for sale after a robustness check. You can safely use our load cell products to measure weight in industrial areas, construction, agriculture and daily use. Advanced sensors are used in all of our products, which detect the weight and provide fast and effective results.
By taking advantage of our after-sales support load cell you can reach us for help on issues such as health control.