XTOP3D successfully showcased its cutting-edge industrial 3D digital inspection solutions at the 2025 Advanced Equipment Industry Expo in Shenzhen. The company highlighted its proprietary XTOM-MATRIX high-precision blue light 3D scanner, which delivers an exceptional accuracy of up to 0.008mm and a 24% boost in point cloud processing speed, making it ideal for complex surface inspection and automated quality control. Additionally, XTOP3D featured the Tube Qualify 3D optical tube measurement system, designed to provide comprehensive YBC/XYZ data and deviation analysis for complex tubing in the automotive and aerospace sectors. Backed by a decade of technical expertise, XTOP3D continues to help global manufacturers reduce costs and enhance production efficiency through advanced, automated 3D measurement technologies.

XTOP3D actively expanded its international footprint by showcasing its advanced XTOM-MATRIX series industrial blue light 3D scanning solutions at the Vietnam Industrial and Manufacturing Fair (VIMF 2025). During the three-day event, XTOP3D demonstrated high-precision, non-contact 3D inspection systems tailored for industries including 3C electronics, injection molding, automotive components, and sheet metal. Featuring a single-scan accuracy of up to 0.008mm and strong anti-interference capabilities, the XTOM scanners efficiently solve complex measurement challenges and automate GD&T analysis. This successful exhibition strengthens XTOP3D’s presence in Southeast Asia and fosters collaboration under the "Belt and Road" initiative to drive regional smart manufacturing.

XTOP3D was invited to participate in the industrial exhibition of CHINA ROCK 2019 in Beijing, the premier international academic congress for rock mechanics and geotechnical engineering in China. Themed around supporting major national projects like the Sichuan-Tibet Railway, the conference highlights the necessity of precision testing under complex geological conditions. XTOP3D showcased its proprietary XTDIC 3D full-field strain measurement system. As an advanced non-contact optical solution, the XTDIC system bypasses the limitations of traditional strain gauges, enabling real-time tracking of full-field displacement, strain, and deformation from nano-scale to kilometer-scale. The solution received high acclaim from attending experts for its ability to accurately predict structural failure and cracks in rock mass testing.

XTOP3D cordially invites customers and industry partners to visit its booth at the upcoming 2020 DMP Greater Bay Area Industrial Expo in Shenzhen. As a leading National High-Tech Enterprise in advanced 3D optical measurement technologies, XTOP3D will showcase its latest industrial applications through live technical demonstrations. Visitors will have the opportunity to experience cutting-edge solutions firsthand, including automated inspection systems, intelligent tube-bending inspection, and 3D deformation measurement (DIC) technology. The core R&D team, featuring experts from Xi'an Jiaotong University and Orbbec, will be on-site to facilitate technical exchanges and discuss business collaborations. Join XTOP3D at DMP 2020 to explore how precision metrology empowers advanced manufacturing across automotive, aerospace, and consumer electronics industries.

XTOP3D cordially invites industry professionals to visit Booth 4A05 at the International Composite Materials Industry Innovation Technology Exhibition. Composite materials are widely used across the automotive, electronics, and construction sectors due to their lightweight, high-strength, and corrosion-resistant properties. To address thermal sensitivity and potential structural deformation under complex stresses, XTOP3D offers cutting-edge digital inspection solutions. The company will showcase its XTDIC 3D Full-Field Strain Measurement System for precise deformation and residual stress evaluation, alongside the XTOM 3D Optical Scanning System for full-scale dimensional quality control and streamlined reverse engineering. From strain analysis and mechanical testing to final simulation verification, XTOP3D delivers comprehensive data-driven solutions to ensure the structural safety, stability, and quality of advanced composite materials.

This case study highlights the application of XTOP 3D's Digital Image Correlation (DIC) measurement system in analyzing the structural deformation of heavy-duty military tires. Commissioned by a technical university, the project evaluated tire performance under load while traversing simulated obstacles. Unlike traditional single-point strain gauges, XTOP 3D’s non-contact DIC system—integrated with high-speed cameras—captures real-time, 3D full-field strain and displacement data. The analysis software successfully maps strain concentration zones and plots precise displacement curves for the tire surface and wheel hub. The experiment confirms the exceptional accuracy and stability of optical 3D digital image technology in demanding automotive and materials testing environments.

A leading automotive parts manufacturer faced strict precision challenges in producing complex transmission cases. Traditional Coordinate Measuring Machines (CMM) were time-consuming and limited in data density, failing to support efficient reverse engineering. To tackle this, the manufacturer deployed XTOP3D’s advanced 3D optical scanner (XTOM-MATRIX series). By capturing full-field 3D data without surface pre-treatment, the system generates precise color-coded deviation reports against original CAD models within minutes. This non-contact 3D inspection solution drastically reduces inspection time, shortens product development cycles, and minimizes labor costs. Ultimately, XTOP3D enables automotive manufacturers to guarantee production quality, streamline components development, and secure a strong core competitiveness in the market.

XTOP3D was invited to participate in the CHINAROCK 2019 Industrial Exhibition, where it showcased its achievements and product solutions in the fields of full-field 3D shape, displacement, and strain measurement, earning unanimous recognition and acclaim from the participating experts and scholars.

Understanding the dynamic mechanical response of engineering materials under impact or explosion loading is crucial for advanced industrial applications. This article highlights a research institute utilizing XTOP3D's XTDIC system alongside a Split Hopkinson Pressure/Tension Bar apparatus to conduct high strain rate dynamic tensile tests. Equipped with dual ultra-high-speed cameras operating at 100,000 fps, the 3D DIC system successfully captures real-time deformation fields. It provides critical engineering and true strain-strain curves, displacement contours, and axial strain distributions at maximum strain rates up to 1800 s⁻¹. The full-field, non-contact measurement solutions offer reliable material characterization data, significantly empowering numerical simulations and structural engineering designs.

At the 22nd DMP Greater Bay Area Industrial Expo, XTOP3D showcased its comprehensive portfolio of industrial 3D digital measurement solutions. Key highlights included the XTOM blue-light 3D surface scanning system for complex mold contours, the XTDIC full-field strain and deformation analysis system powered by digital image correlation (DIC) technology, and an advanced automated tube inspection system for automotive and aerospace sectors. By delivering high-precision, non-contact measurement data under diverse stress and temperature conditions, XTOP3D demonstrates its strong commitment to empowering quality control, component testing, and smart manufacturing upgrades for global industrial sectors.