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Discussing the New Future of Industry | LABTT Makes a Splendid Appearance at the 16th Technical Exchange Conference of SAE-China Automotive Materials Society
2025-12-26
Recently, the 16th Technical Exchange Conference on Physical and Chemical Testing and Failure Analysis of the SAE-China Automotive Materials Society was grandly held in Jinan. The conference brought together numerous experts and scholars to jointly discuss breakthroughs in key technical bottlenecks in the field of physical and chemical testing and failure analysis, under the theme of "New Testing, New Analysis, New Technologies."
LABTT Testing Technology (Shanghai) Co., Ltd., as an enterprise with years of deep cultivation in the material testing field, was invited to attend the conference and brought its latest technological achievements and testing equipment. At the same time, Mr. Zhang, the founder of LABTT and an expert in failure analysis, delivered an important report at the conference titled "New Developments in Intelligent Unmanned Metallographic and Hardness Testing."
In his report, Mr. Zhang provided an in-depth analysis of the current pain points in material testing, such as high dependence on manual labor, efficiency bottlenecks, and inconsistent standards. He shared that intelligence and unmanned operation are inevitable trends in the development of failure analysis technology. By integrating robotics, machine vision, artificial intelligence, and big data technologies, it is possible to achieve full-process automation from sample preparation, testing, and analysis to report generation. This greatly enhances the accuracy, repeatability, and work efficiency of testing, providing a brand-new solution for large-scale, high-throughput material reliability evaluation.
This forward-looking report not only demonstrated the efforts made by LABTT in exploring cutting-edge technologies but also provided the industry with new ideas for solving the problems of labor dependence and efficiency. It received high recognition and sparked lively discussions among the attending experts and scholars.
In the conference exhibition area, LABTT showcased a series of its failure analysis-related equipment, particularly highlighting its latest fully automatic stereomicroscope. This instrument is not only an excellent tool for fracture surface photography and analysis but can also be used for low-magnification observation and measurement of workpieces. These devices, characterized by their high precision and efficiency, provide powerful tool support for solving practical material analysis process challenges, demonstrating LABTT's profound accumulation in software and hardware technologies.
In the future, LABTT will continue to uphold the concept of technological innovation, persistently deepen its involvement in the field of material testing, and jointly promote the advancement of physical and chemical testing and failure analysis technologies.
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