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2025 Gauge & Fixture Market: RMB 8.5B+, Smart Localization Drives
2025-10-24
China's gauge, fixture and tooling market will witness explosive growth in 2025, with the market scale projected to exceed RMB 8.5 billion and the compound annual growth rate remaining above 12%.
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Digital Twin Gauges: GAC Cuts Vehicle Body Validation by 40%
2025-10-23
The digital twin virtual matching gauge system, co-developed by GAC R&D Center and local enterprises, realizes full-process closed-loop management from physical inspection to virtual calibration.
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China's Gauge Industry Rises: From Local Substitution to Global Competition
2025-10-22
At the inspection station in the integrated die-casting workshop for automotive body parts, domestically produced smart gauges are scanning the vehicle body contours with an accuracy of ±0.01mm. Their data acquisition speed and defect-recognition precision are just as impressive as those of the German-imported equipment standing nearby. This scene is increasingly common in manufacturing hubs across the Yangtze River Delta and the Pearl River Delta—once dominated for decades by European and American brands, the gauge market is now witnessing a collective surge of Chinese innovation. Driven by supportive policies, groundbreaking technological advancements, and surging market demand, China’s gauge industry is rapidly shifting—from relying on "mid-to-low-end contract manufacturing" to confidently competing at the high end.
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Precision and Efficiency: The Core Functions of Automotive Welding Fixtures
2025-10-21
In the process of shaping car bodies from steel sheets, welding fixtures play a critical role in determining both body quality and production efficiency. Whether it’s assembling the chassis of conventional fuel vehicles or welding battery frames for new-energy cars, their core function revolves around "precise positioning, deformation control, and stable mass production."
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Non-standard Component Machining: Achieving Near-zero Error Through Precision Technology
2025-10-20
In high-end manufacturing fields such as aerospace engine blades, battery terminals for new-energy vehicles, and medical surgical instruments, the "micrometer-level precision" of non-standard components directly determines product performance and safety. Achieving "errors approaching zero," however, requires breakthroughs across the entire process—encompassing design, equipment, inspection, and material handling—and stringent process control to create a closed-loop system.
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