Force

Sensors for measurement compression forces. With “donut” shape, the force is applied to the centre. The force may be applied in a central thread on a pivot or a central hole. This type of sensor requires the mechanical assembly of the system. -Dimensionally by a side, either by the external dimensions of the sensor or the area where the force is applied. -Depending on the type of load, either static or dynamic. -Depending on the sensor being piezorresistivo (like load cells) or piezoeléctrico (by deformation of a quartz crystal). -By working conditions. Humidity, temperature, vibrations, etc.

Sensors used to measure traction or traction-compression forces. Can have different shapes, from the “S” shape to the double axis threaded shape. The force is applied in a thread centred to the body. The type of the sensor requires the mechanical assembly of the system. -Dimensionally by a side, either by the external dimensions of the sensor or the area where the force is applied. -Depending on the type of load, either static or dynamic. -Depending on the sensor being piezorresistivo (like load cells) or piezoeléctrico (by deformation of a quartz crystal). -By working conditions. Humidity, temperature, vibrations, etc.

Dynamic force sensors. Not only they have a quick reading response, but also must withstand dynamic forces without reducing their life or alter the measure. Miniature sensors. For small space applications. Overall, small dimension cells or low profile cells when the problem is just the height. Células de eje hueco Can be traversed from an axis or used as a ring in order to measure the force of the head of the screw. Tri-axis sensors They can be deformed in the three measurement axis X, Y and Z and give us information about simultaneous forces in the three axes calculating [...]