In the current wave of industrial manufacturing transformation towards intelligence, the accuracy and efficiency of material composition detection are directly related to product quality and production safety. Due to the limitations of traditional detection methods and the urgent need of enterprises for efficient and accurate detection solutions. The all element intelligent analysis robot launched by Yingzhou Technology is an innovative product designed to solve these industry pain points.

Accurate detection: the core guarantee of industrial quality control

The most striking feature of this intelligent element analysis robot is its detection accuracy. For the main elements in the sample, the detection error is strictly controlled within 0.1%. For example, the detection error of Cr content is only ± 0.044, which is a revolutionary breakthrough in industrial field detection. For trace elements, the detection limit reaches Nd (undetectable) level. Even if the content of a certain type of trace element in the sample is extremely low, it can be accurately determined whether it exists, effectively preventing potential threats to product quality caused by excessive trace elements.

In practical applications, robots can automatically detect the content of various elements such as Fe, Cr, Ni, Mo in samples, and the detection results are highly accurate, providing reliable data basis for material quality evaluation. By analyzing the elemental composition of the sample, the AI system can automatically determine the material grade, whether it is common 316 stainless steel or special 13-8M alloy, it can quickly and accurately identify, avoiding production accidents and quality problems caused by material misjudgment.

Intelligent operation: significantly improving detection efficiency

The traditional testing process often requires professionals to perform complex sample preparation and operations, but this robot has changed this situation. Equipped with AGV mobile chassis, the robot can automatically plan its path, adapt to complex workshop or on-site environments, and achieve true automated detection. One click detection without manual intervention, automatic storage and cloud upload of detection data, support for MES/ERP system integration, and achieve closed-loop data management.

Security protection: equal emphasis on safety and performance

In the field of industrial testing, operational safety has always been of paramount importance. This robot fully considers radiation protection issues in its design, effectively avoiding the risk of radiation injury to operators through multiple protective measures. The large capacity testing chamber can accommodate most industrial samples without the need for multiple sample segmentation processes, reducing sample loss and improving testing efficiency to meet the testing needs of various industrial samples.

The adaptability to the environment is also excellent, and the robot can work stably in harsh environments ranging from -10 ° C to 50 ° C and humidity ≤ 90%, with no blind spots detected. Integrating XRF spectrometer, LiDAR, high-definition camera, and gas sensor to achieve multi-dimensional perception of the environment and samples, ensuring reliable detection results in various complex working conditions.

Multi mode application: meeting diverse detection needs

This intelligent robot is equipped with multiple professional detection modes, which can be set to alloy mode, geochemical mode, soil mode, RoHS mode, precious metal mode, etc. according to actual detection needs. Whether it is detecting the composition of industrial alloy materials or analyzing the content of harmful substances in soil, it can be accurately adapted to meet the professional testing requirements in different scenarios.

Yingzhou Technology (Shanghai) Co., Ltd. is an enterprise that focuses on the combination of X-ray fluorescence analysis technology, diffraction analysis technology, and automation technology. It specializes in the research, development, production, and sales of automated testing equipment such as solid waste analysis systems, platinum loading detection systems, online steel separation systems, and core analysis systems.