PRODUCTS

●：Digital clear display of flow percentage ●：Computer control, easy operation, high sensitivity ●：Easy to install, the switch value is continuously adjustable ●：The forward and reverse connection of the power supply can achieve two different working states, wide power supply ●：Overall IP67 protection level, almost no pressure loss

●：Digital clear display of flow percentage ●：Computer control, easy operation, high sensitivity ●：Easy to install, the switch value is continuously adjustable ●：The forward and reverse connection of the power supply can achieve two different working states, wide power supply ●：Overall IP67 protection level, almost no pressure loss

●：Suitable for detecting displacement, position and distance of metallic conductive materials ●：Customer-customizable inductive ranging sensors and controllers ●：Suitable for use in industrial environments: resistant to high temperature, high pressure, and dust ●：Industrial grade rugged structural design ●：Ultra-high resolution and temperature stability ●：A variety of eddy current probes are available to suit various application requirements. ●：Ultra-high measurement frequency meets real-time requirements ●：Suitable for automation equipment integration

●：Suitable for detecting displacement, position and distance of metal conductive materials ●：Customer-customizable inductive ranging sensors and controllers ●：Suitable for use in industrial environments: resistant to high temperature, high pressure, and dust ●：Industrial grade rugged structural design ●：Ultra-high resolution and temperature stability ●：A variety of eddy current probes are available to suit various application requirements. ●：Ultra-high measurement frequency meets real-time requirements ●：Suitable for automation equipment integration

●：Reliable inspection of material transport ensuring higher productivity and quality ●：Quick commissioning thanks to plug-and-play and selectable sensitivity levels ●：Easily switch sensitivity levels while equipment is running to avoid downtime when transferring materials ●：Individual teaching of different materials to solve application tasks with higher requirements Greater flexibility during installation thanks to variable mounting distances LED lights visible from all sides facilitate production monitoring of the double sheet control ●：Reliable measurements in dirty, dusty and wet conditions thanks to insensitive ultrasonic technology

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background

●：Reliable inspection of material transport ensuring higher productivity and quality ●：Quick commissioning thanks to plug-and-play and selectable sensitivity levels ●：Easily switch sensitivity levels while equipment is running to avoid downtime when transferring materials ●：Individual teaching of different materials to solve application tasks with higher requirements Greater flexibility during installation thanks to variable mounting distances LED lights visible from all sides facilitate production monitoring of the double sheet control ●：Reliable measurements in dirty, dusty and wet conditions thanks to insensitive ultrasonic technology

●：Reliable inspection of material transport ensuring higher productivity and quality ●：Quick commissioning thanks to plug-and-play and selectable sensitivity levels ●：Easily switch sensitivity levels while equipment is running to avoid downtime when transferring materials ●：Individual teaching of different materials to solve application tasks with higher requirements Greater flexibility during installation thanks to variable mounting distances LED lights visible from all sides facilitate production monitoring of the double sheet control ●：Reliable measurements in dirty, dusty and wet conditions thanks to insensitive ultrasonic technology

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background

●：Compact design facilitates equipment integration ●：Can be flexibly matched to application requirements through multiple parameter setting methods and adjustable sensitivity ●：Synchronous and multi-channel working methods can avoid mutual influence of sensors and ensure reliable measurement results. ●：Low-cost area monitoring via sensor synchronization ●：Offline sensor parameter settings on the display enable pre-configuration and save device commissioning time ●：Built-in temperature compensation for high measurement accuracy ●：Setup mode recognizes all objects between the sensor and the teach background