The micro-load button sensor is designed for pressure or in-line compression applications and is made of robust 17-4 PH stainless steel. It offers high accuracy and stiffness with a nonlinearity of 0.2% and a nominal deflection of 0.05mm.
Most of our microload button sensors can be modified or customized to meet your requirements, and many are available for quick delivery from our stock.
The standard micro-load button sensor, designed for pressure or in-line compression applications, has a robust 17-4 stainless steel construction with an OD of φ10mm and a height of 6mm. They have a fully welded construction with excellent repeatability.
Designed for pressure or in-line compression applications, the micro-load button sensor is made of robust 17-4 PH stainless steel and is equipped with a 4-meter long 29 AWG 4-conductor shielded teflon cable. It offers high accuracy, a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The micro-load button sensor features ultra-fast response and robust strain relief design and is made of robust 17-4 PH stainless steel. It has a nonlinearity of 0.5% and a nominal deflection of 0.05mm.
The load button force sensor features threaded mounting holes and a robust 17-4 stainless steel construction. It has complete internal temperature compensation (no external regulating circuitry) and an ultra-compact design with low weight.
Micro load button sensors are designed for pressure or in-line compression applications, utilizing metal foil strain gauge technology. It is made of strong 17-4 stainless steel and has a compact, ultra-thin design. Dimensions can be customized.
The column force sensor (miniature) offers a compact design for an extended range of applications. It contains a strain buffer to increase protection against cable tension. Using metal foil strain gauge technology, it has excellent low deflection characteristics.
Ultra-thin micro-load button sensor, designed for pressure or in-line compression applications, made of robust 17-4 PH stainless steel. It has threaded mounting holes, a height of only 5mm and a nonlinearity of 0.5%.
It is a micro-load button sensor designed for press or in-line compression applications. This high-precision sensor has a nonlinearity of 0.2% and can be modified or customized to meet specific requirements.
The IP68 waterproof design allows it to be used as a load cell. It is made of stainless steel with a rated range of 25kN ~ 500kN and an accuracy of 0.05%. It can handle high dynamic loads, is small and can be customized.
It offers a wide range of up to 5000t, high-precision force measurements and is widely used in metrology test and measurement equipment. It can also be used as a force standard source for measurement purposes. It has IP67 protection rating and provides high stability.
The force sensor is based on the thin-film principle and the strain gauge is securely installed inside the sensor to provide better protection and ensure high lateral stability up to 100%. It has a torque compensation function, which can compensate the bending moment and side force to a large extent. Double flange connection design, easy to install.
The high temperature sensor has the advantages of compact structure, small deformation and small size. Can be customized, widely used in automobile assembly, automatic assembly, 3C product testing, new energy product assembly, medical testing, robot, mold assembly and other industrial testing, measurement, control system.
The pressure sensor has the characteristics of high impact resistance, good stability, fast response speed, strong overload ability, etc. It is used in the fields of precision control of mechanical arm, surface grinding and polishing, precision machining of machining center, precision detection of medical equipment, etc.
The pressure sensor has the characteristics of high impact resistance, good stability, fast response speed, strong overload ability, etc. It is used in the fields of precision control of mechanical arm, surface grinding and polishing, precision machining of machining center, precision detection of medical equipment, etc.