As a critical inspection tool in fields such as automotive tubing systems and aerospace hydraulic systems, the geometric accuracy of pipe-bending fixtures directly impacts assembly quality and sealing performance. When dealing with the complex spatial curves and multi-dimensional hole requirements of bent pipes, traditional inspection methods often suffer from cumulative errors due to human mistakes or equipment limitations, making it challenging to meet zero-defect delivery standards. Enter Qiyuan Vision’s AlphaScan 3D scanner, which leverages AI-powered metrology-grade precision—reaching up to an impressive 0.02mm—and advanced intelligent scanning technology to deliver a revolutionary solution for the entire inspection process of pipe-bending fixtures.
In this video, we’ll take you behind the scenes of a pipe-bending fixture inspection site, showcasing how AlphaScan uses blue-light structured light technology combined with AI-driven super-resolution algorithms to swiftly capture intricate features like inner and outer wall curves, transition fillets, and positioning holes—ensuring every detail is accurately reproduced in a complete 3D model. By seamlessly aligning the captured data with the original CAD model in just one click, the system automatically generates a color-coded deviation map, pinpointing even the slightest deformations, misalignments, or machining errors. Additionally, AlphaScan supports batch-to-batch data comparison and analysis, enabling a seamless transition from "single-point inspections" to "full-size closed-loop management."
Whether it’s first-article verification, real-time process monitoring, or routine batch sampling, AlphaScan delivers unparalleled precision and efficiency, empowering manufacturers to overcome the limitations of manual inspection and driving the production of pipe-bending fixtures toward a smarter, more standardized future.