The 33rd National Academic Annual Conference on Mining Engineering Majors in Higher Education Institutions—hosted by the Ministry of Education’s Steering Committee for Teaching Mining-Related Majors and organized by the University of Science and Technology Liaoning—was successfully held from July 22 to 24. Centered on the themes of prioritizing undergraduate education, promoting a "return to the basics" (in terms of mission, return to the roots, return to the original intent, and return to the essence of education), and exploring talent cultivation models for mining engineering in the new era, the conference serves as a vital forum and platform for sharing experiences and enhancing the quality of talent cultivation in the field. Over the years, it has received strong support from relevant universities and enterprises across the country.
This conference aims to deepen the reform and innovation of practical teaching in mining engineering; strengthen innovation-oriented education within the context of the "New Engineering" initiative; implement talent cultivation models that prioritize undergraduate education; disseminate cutting-edge technical information; share the latest research findings in the field; foster communication, discussion, and collaboration among mining technology professionals nationwide; accelerate the translation of scientific and technological achievements into practice; and enhance my country's influence and competitiveness in the mining sector.
XTOP3D has long been an active contributor to the mining engineering field, providing innovative measurement technologies and solutions. The company is dedicated to supporting the advancement of research and education in mining engineering by delivering practical optical measurement solutions to universities and research institutes.
XTOP3D’s optical measurement systems are widely utilized in the mining industry, offering advanced measurement technologies and solutions to researchers and professionals. At the forum, experts and scholars showed great interest in XTOP3D’s optical inspection equipment.
XTDIC-CONST 3D Full-Field Strain Measurement System
The XTDIC-CONST 3D full-field strain measurement system integrates Digital Image Correlation (DIC) and binocular stereo vision technologies. By tracking speckle patterns on the object's surface, it enables the measurement of 3D coordinates, displacement fields, and strain fields during the deformation process.
Provides 3D optical measurement solutions for applications such as dynamic deformation measurement of similar materials in mining engineering, research on rock properties, and simulation tests regarding roadway rockbursts and support systems.
XTOP3D XTDP 3D Optical Photogrammetry System
The XTOP3D XTDP system is suitable for static deformation analysis in the mining industry—such as analyzing the static deformation of model materials or testing the static deformation of complex structural components. By monitoring moving reference points under various loading conditions, the system determines the movement and deformation of specific areas on an object.
Compared to traditional total stations, the XTDP system offers simpler operation, higher precision, and greater efficiency in static deformation tests using similar materials; it enables the simultaneous measurement of all target points across the entire field of view and automatically calculates deformations.
XTOP3D will continuously enhance its competitiveness in the field of 3D optical measurement and refine its comprehensive solutions for the digital inspection of mining engineering projects. By engaging in industry-academia-research collaborations with top-tier domestic universities, the company aims to implement high-tech solutions and contribute to the advancement of digital inspection technologies for mining engineering.
