MT550 resultant and torque sensors for simultaneous force and torque measurement. The product is ideal for mechanical engineering applications and is widely used in robotics and automation. It can also be used for product development. The MT550 sensor can be customized to meet different application requirements.
The MT551 resultant torque sensor is used for simultaneous force and torque measurement. The product is ideal for mechanical engineering applications and is widely used in robotics and automation. It can also be used for product development. The MT551 sensor can be customized to meet different application requirements.
The MT551 resultant torque sensor is used for simultaneous force and torque measurement. The product is ideal for mechanical engineering applications and is widely used in robotics and automation. It can also be used for product development. The MT551 sensor can be customized to meet different application requirements.
Suitable for Automotive press fit, automated assembly, 3C products testing, new energy product assembly,medical testing,robotics,mold assembly and other industrial testing and control system.
Suitable for Automotive press fit, automated assembly, 3C products testing, new energy product assembly,medical testing,robotics,mold assembly and other industrial testing and control system.
The PE401 piezoelectric sensor uses piezoelectric materials to convert measured forces into electrical signals. It has a wide frequency range and dynamic range. This product has strong structure and long service life. An IEPE circuit can also be added to the product to convert the signal into a voltage output.
The PE421 piezoelectric sensor uses piezoelectric materials to convert measured forces into electrical signals. It has a wide frequency range and dynamic range. This product has strong structure and long service life. An IEPE circuit can also be added to the product to convert the signal into a voltage output. The range of use of this product is 0.5 ~ 60kN.
Piezoelectric sensor products use piezoelectric materials to convert measured forces into electrical signals. It has the characteristics of wide frequency range, wide dynamic range, strong structure and long service life. An IEPE circuit can be added to convert the signal into a voltage output.a
Stainless steel, micro size, durable. The TC301 is a miniature compression tension sensor designed for high durability or in-line tension or compression applications. It is made of sturdy 17-4 stainless steel threaded ends and awg4 cables. The TC301 microcompression tension sensor supports customization, and most models are available in stock for 24-hour delivery. Manufactured in Taiwan, using metal foil strain gauge technology, like our entire line of force sensors.
The TC302 is a miniature compression tension sensor designed for high durability or in-line tension or compression applications. It is made of sturdy 17-4 stainless steel threaded ends and awg4 cables. The TC302 miniature compression tension sensor supports customization, and most models are available in stock for 24-hour delivery. Manufactured in Taiwan, using metal foil strain gauge technology, like our entire line of force sensors.
The micro-sensor is low in height and small in deformation, mainly used in automobile assembly, automatic assembly, 3C product testing, new energy product assembly, medical testing, robot, mold assembly and other industrial testing, measurement and control systems.
The TC303 is a tension compression sensor designed for durability, pressing or in-line applications. The standard TC303 features a sturdy 17-4 stainless steel threaded end and a 10-foot long 4-core cable. It supports external output or PTFE cable matching. It supports customization, most models are available in stock, and delivery is 24 hours.
Features and applications: micro sensor, low height, small deformation; Stainless steel material; Method bidirectional; High dynamic response frequency; Mainly used in automobile assembly, automatic assembly, 3C product testing, new energy product assembly, medical testing, robot, mold assembly and other industrial testing, measurement and control system; Application areas include automotive assembly, automated assembly, 3C product testing, new energy product assembly, medical testing, robotics, mold assembly, etc.
The TC305 is used to measure tensile and compressive forces with a maximum range of 50kN. Due to its high frequency response in various applications where tension and compression forces need to be measured, it provides fast measurements.
The TC306 is used to measure tensile and compressive forces up to a maximum range of 50kN. Due to its high dynamic response frequency, it provides fast measurements in various applications where tension and compression forces need to be measured.
The spoke type sensor (fatigue rating) is designed for tension and compression applications. When made of aluminum alloy, it offers a range from 0.2t to 10t, and when made of 17-4 stainless steel, from 15t to 60t.