On June 24, the award ceremony for the "2021 Ringier Technology Innovation Awards – Metalworking Industry" was held in Shanghai. The "Tube Qualify" intelligent tube bending inspection system, independently developed by XTOP3D, won the award.

On August 19–20, the 20th National Conference on Fatigue and Fracture was grandly held in the beautiful mountain city of Chongqing, China. Jointly organized by the Chinese Society for Corrosion and Protection, the Chinese Mechanical Engineering Society, the Chinese Materials Research Society, the Chinese Society of Aeronautics and Astronautics, the Chinese Society for Metals, and the Chinese Society of Theoretical and Applied Mechanics, the event drew over 600 experts, scholars, and researchers. As a leader in 3D industrial inspection technology, XTOP3D showcased its proprietary XTDIC 3D optical strain measurement system, demonstrating its applications in the fields of fatigue and fracture research. The system attracted significant attention from attendees thanks to its wide measurement range, high level of automation, excellent environmental adaptability, and powerful strain measurement capabilities.

XTOP3D’s DIC strain measurement and analysis system is widely used in geotechnical stress-strain measurement to investigate geotechnical mechanical behavior. This facilitates a better understanding of geotechnical properties and supports the development, validation, and refinement of constitutive models. It provides a crucial reference basis for studying geotechnical mechanical performance as well as for the design and construction of specific engineering projects, such as foundation treatment, tunneling, slope stabilization, and road construction.

With the theme "Upholding Fundamentals, Driving Transformation, and Building a New Development Pattern," DMC2021 focuses on technological leadership in molds and equipment, while fostering the coordinated development of upstream and downstream industries linked by the mold sector.

Molds are tools used for material forming and serve as essential, critical process equipment in industrial production. Parts mass-produced using molds offer advantages such as high efficiency, high consistency, low material consumption, and the ability to achieve high precision and complex geometries; indeed, the majority of industrial components rely on molds for their manufacture.

From September 1 to 4, 2020, ITES Shenzhen International Industrial Manufacturing Technology Exhibition (the 21st SIMM Shenzhen Machinery Exhibition) was grandly held at the Shenzhen World Exhibition & Convention Center (New Venue). At booth 3-F17 in Hall 3, XTOP3D showcased a range of 3D digital inspection products and application solutions.

With years of deep expertise in the field of mechanical testing for transportation engineering, XTOP3D leverages its proprietary 3D strain measurement technology to provide testing solutions—covering strain, displacement, and crack analysis—for civil engineering structures.

The 4th Dean's Forum of the Jiangxi Materials Science Discipline Alliance was held in Nanchang from April 23 to 25; the event was hosted by the Jiangxi Materials Society, Nanchang University, and East China Jiaotong University.

From the precision of aircraft turbines and the high quality of automotive parts to the intricate design of smartphones, the realization of high-end manufacturing relies on the precision of component production and assembly; the key factor determining this precision is high-accuracy dimensional inspection of the components.

"With social and economic development, the direction of manufacturing transformation—exemplified by Industry 4.0 and intelligent manufacturing—has become clear; traditional mass-production models are set to be phased out. Instead, capabilities such as high-mix/low-volume production, lean manufacturing, and rapid delivery will become the core competencies for securing and expanding market share. On January 19, during his keynote speech at the 'Hard Tech · Creating the Future: 2020 Industrial Innovation Forum,' Lu Gang, Deputy General Manager and Head of the Product Department at XTOP3D, stated: 'High-mix, low-volume production allows manufacturers to respond more flexibly to volatile market conditions; however, this shift presents new challenges regarding shop-floor scheduling, the enhancement of production efficiency, and the optimization of manufacturing processes and product quality. The old practice of relying on spot checks of critical dimensions and core components prior to factory-wide mass production is no longer viable; comprehensive inspection and in-line inspection are becoming the new standard.'"