“With an unwavering commitment to innovation and exceeding customer expectations, we are revolutionizing the landscape of industrial measurement, driving progress and efficiency in every sector we touch.”
The integration of 3D imaging technology and artificial intelligence algorithms enables a comprehensive digital 3D replication of data, equipment, workshops, and factory levels. This integration facilitates data exchange, dynamic real-time presentation, and interactive control, becoming an integral component of factory digital management.
By using 3D scanning technology, the image signal is transmitted to the image processing system to obtain the shape information of the target. Based on pixel distribution, brightness, color, and other information, it is transformed into a digital signal, and then the device action on site is controlled based on the discrimination results.
Continuously improve measurement technology, providing one-stop solutions for the four major industrial parameters (temperature, pressure, mass flow, and level) through testing sources such as radar, laser, infrared, and ultrasonic, to cope with various special working conditions in different industries.
The measurement data in industrial scenarios is presented in the form of graphical images through big data cleaning and visualization technology, and the process of discovering unknown information through data analysis and development tools is utilized to achieve early warning and optimized decision-making.
Based on algorithms such as real-time perception and real-time dynamic trajectory planning, a series of intelligent closed-loop systems are implemented for the scanner to perceive, calculate, and make decisions on the processing object in real-time while in motion, to meet complex, highly sensitive, and timely job tasks and requirements.
Algorithm Engineer
The infrared liquid level meter is based on the interaction between the infrared sensor and the liquid, and determines the height of the liquid by measuring the reflection of the infrared light emitted by the infrared sensor on the surface of the liquid. By utilizing the principle of infrared reflection, accurate measurement of liquid level is achieved through non-contact detection, avoiding the error problems that may occur with traditional liquid level meters and ensuring the accuracy of measurement results. It can be widely used in various storage tanks or pipeline systems, and is suitable for industries such as chemical, petroleum, food, pharmaceutical, etc.
Hardware Development Engineer
Millimeter wave radar, as an emerging sensor technology, uses high-frequency and short wavelength electromagnetic waves to achieve high-precision target detection, distance measurement, and velocity estimation. Compared with other sensors, millimeter wave radar performs well in complex scenes and is not affected by factors such as light, rain, and snow. It is suitable for target recognition and positioning in various environments. Millimeter wave radar can not only provide position and distance information of targets, but also detect their speed and direction, providing more environmental perception data information. In addition, radar can be easily integrated into existing equipment or systems without the need for complex modifications or installation processes, enabling rapid deployment and application.
Hardware Development Engineer
The laser profilometer combines a line laser light source with a high-speed industrial camera to capture cross-sectional contour images of the measured object. Utilizing image processing techniques, it extracts the contour. According to the principle of triangulation, it calculates the physical coordinate information of the contour.
In addition, the laser profilometer can achieve continuous measurement and synthesis of object contours through motion control, forming 3D point cloud data of the object’s appearance contour. This data can be used not only for measurement and calibration in product design and manufacturing processes but also plays a crucial role in industrial manufacturing and quality control.
