Qishile Sensor

Qishile SensorDevelop and manufacture high-level optical sensors and inductive proximity switches to provide reliable process monitoring. Safe and reliable technological equipment, systems, and structures are key to achieving efficient production processes, while applicable monitoring systems pave the way for significantly improving reliability and efficiency. The functions of feeding, discharging, and dual control (tool immersion depth measurement) ensure product quality during stamping and forming processes. These products are tailored for each application, ensuring high reliability and cost-effectiveness in the production process: faults can be detected in the early stages, thereby avoiding tool breakage and the resulting high losses

Qishile SensorPiezoelectric force sensors or weighing sensors are highly suitable for precise measurement of pressure and tension, whether in high dynamic applications or quasi-static processes. In both university and industrial fields, whether it is scientific research or quality assurance: accurate data is crucial for measuring the characteristics of force and improving the cost-effectiveness of production processes. Thanks to its sturdy and durable design, Qishile's piezoelectric force sensor can accurately track quasi-static and high dynamic force processes even under harsh conditions. Qishile's force sensor can also simultaneously measure multiple orthogonal force components

In the fields of university and industry, used for basic research or quality assurance: Qishile torque sensors can ensure precise definition of power and friction values for drive devices, transmissions, and pumps. Strain gauge technology (DMS) is a solution for measuring rotational axes as well as long-term dynamic and static measurements. High precision, sturdy structure, and high temperature stability: Thanks to these advantages, DMS sensors can accomplish tasks. Piezoelectric reaction torque sensors have outstanding characteristics, such as excellent overload protection, high signal resolution, and wide frequency range. They are very suitable for testing in situations where geometric shapes, temperature ranges, or dynamic conditions are difficult