Acceleration sensors or accelerometers let you make precise measurements of vibration or shock for a variety of applications. They are used to measure vibration, shock, displacement, velocity, inclination and tilt.

Pressure sensors, also called pressure transmitters, are based on the latest piezoresistive foil strain gauges and inductive measurement technology. Pressure sensors can be used for a wide variety of media and applications, such as monitoring water pressure or measuring pitot pressure. In aerospace engineering, our piezoresistive pressure sensors help distribute pressure across the wing’s surface. They are also used in braking systems for cars and in gas turbine tests. Pressure sensors are available with analog or digital outputs for measurement ranges between 0.5 mbar and 12,000 bar.

Linear position sensors measure the distance between an object and a point of reference, as well as changes in position. They do this by converting displacement into an electrical output. A wide variety of measurement principles can be used to let you make precise and reliable measurements for a broad range of applications. Linear position sensors and measurement systems are used in industrial applications as well as in scientific laboratories.

Rotary position sensors enable precise angle measurements. Rotation sensors transform mechanical rotary positions into electrical signals. Sensors for detecting changes in angle and direction of rotation are also called incremental encoders or rotary encoders.We provides rotary position sensors based on differential transformers, as well as inductive sensors and rotary potentiometers. We also develop custom solutions for you. Our sensors have measurement ranges between 10° and 360°.

Inclinometers measure the angle or position of an object in relation to earth's gravity and are well-known for their high reliability and accuracy.

Inclinometers identify an object's angle. Unlike accelerometers, which are based on similar technology, inclinometers measure a change in angle or position relative to the earth's gravity. They are often used for static leveling measurements. 

Strain Gauges are developed to measure strain on an object. Strain gauges are made of electrical wire or photo edged foil resistance material and are attached to the object. When external force is applied to its structure it creates a physical deformation of the material and creates change in resistance in the attached strain gauges.

Force sensors measure static and dynamic tensile and compressive forces -precisely and in virtually any condition. Our force sensors are based on the proven Strain Gauge measuring principle. Their operation relies on measuring strain in a precision metal structure using foil strain gauges bonded to the surface of the metal. From Miniature Force Sensors to Donut Ring Force Transducers, and Bending Beams to Load Cells - we offer a large selection of sensors for a wide variety of applications and industries. 

Our diverse range includes innovative technologies such as strain gauge, piezoelectric, and hydraulic load cells, each tailored to specific application needs. From the robustness of bending beam sensors to the simplicity of single-point load cells, our products excel in accuracy and durability. Featuring environmental resistance, high overload protection, and cutting-edge digital signal processing, Our solutions ensure reliability in challenging conditions. Serving industries like food and beverage, material handling, and medical devices, our load cells contribute to enhanced efficiency and compliance with industry standards. Elevate your precision, streamline processes, and embrace the future of weight measurement technology by exploring our customizable solutions today.

Flow sensing with reed switch reliability. Our flow switches are suitable for hot and cold potable water due to rugged brass housings and the ability to operate from a small head of water. They are typically mounted in a well-defined channel, directly in the flowing media. Our flow switches are designed for water control, power shower, central heating systems, circulation pump protection, cooling and leak detection. They feature reed switch reliability and are easy to install. Materials include PPE and brass, as well as glass filled PPS for durability and material compatibility.

Our portfolio includes both static torque sensors based on strain gauge technology as well as rotary shaft torque sensors for dynamic measurements. Torque sensors are used in marine, offshore, automotive, and aerospace engineering. Research and development facilities use them as well to perform dynamic and static torque monitoring and measurements. Measurement ranges lie between 0.01 nNm and 10 kNm.

An inertial navigation system, also known as an inertial reference system, is an autonomous navigation system that does not depend on external information and does not radiate energy to the outside (as in the case of radio navigation). Its operating environment includes not only air and ground, but also underwater. The basic working principle of inertial navigation is based on Newton's laws of mechanics. By measuring the acceleration of the carrier in the inertial reference system, integrating it over time and transforming it into the navigation coordinate system, information such as speed, yaw angle and position in the navigation coordinate system can be obtained.

Xinyuan Yutong's sensor cables are custom components for advanced processing for harsh environment applications, where custom sensor cables are subject to friction and continuous bending. These sensor cables and control cables are easy to handle and save space, and do not degrade performance even when completely immersed in hot oil. Our sensor cables are available in a wide selection of components and sheathing materials designed to meet demanding requirements, are compatible with high-speed, high-temperature cladding molding equipment, can withstand high temperature ranges without melting, and have robust insulation with excellent mechanical and wear resistance.