Usage Scenario

• Multi mode laser scanning, no need for powder coating:In the automotive and motorcycle manufacturing and modification sectors, the MetroX handheld laser 3D scanner employs an industrial-grade 14-line blue laser cross pattern to efficiently capture 3D data from metallic and dark surfaces. This approach eliminates the need for powder spraying, preserving the integrity of components such as body panels, doors, bumpers, and frames. For smaller, intricately designed parts like wheels, engines, and chassis, the 7-line blue parallel laser mode ensures high-precision detail capture. With a scanning speed of up to 800,000 points per second and the advantage of powder-free operation, MetroX significantly enhances 3D data acquisition and inspection efficiency, reducing the time required for reverse engineering design.  

• High precision, low error:Regular inspections, maintenance, repairs, and replacements are essential for ensuring flight safety in the aerospace industry. Given the complexity of aircraft structures and the stringent requirements for detail accuracy, traditional inspection methods often fall short in efficiency and precision. The MetroX handheld laser 3D scanner addresses these challenges effectively. Its four scanning modes, including cross and parallel laser configurations, facilitate detailed scanning of large components like fuselages, wings, and engine compartments, as well as intricate parts requiring replacement. Achieving single-frame precision up to 0.01 mm and volumetric accuracy of 0.025 mm + 0.05 mm × L (m), MetroX provides high-quality 3D models that serve as a reliable foundation for reverse engineering and design processes. 
• Empowering Custom Drone Design:For drone enthusiasts seeking personalized modifications, the MetroX handheld laser 3D scanner offers an efficient and precise solution for 3D data acquisition. It rapidly captures high-precision 3D data of drone components such as the fuselage, arms, battery compartments, propellers, and flight control modules, generating comprehensive point cloud models that underpin subsequent design and modification efforts. Utilizing the scanned 3D data, users can perform reverse modeling in CAD software to design custom parts tailored to their specific needs, including larger-capacity battery compartments, reinforced arms, improved cooling systems, and advanced obstacle avoidance features. MetroX supports seven output formats—PLY, OBJ, STL, ASC, 3MF, GLTF, and FBX—ensuring compatibility with mainstream design software and facilitating seamless design and manufacturing workflows.

• Laser Scanning: Advancing Shipbuilding:In shipbuilding and maintenance, 3D laser scanning technology offers efficient and precise solutions for deformation analysis, internal structure mapping, facility upgrades, and repair design services. Compared to traditional surveying methods, the MetroX handheld laser 3D scanner swiftly acquires 3D data of complex ship hulls and internal structures. By comparing scan data from different time points, it accurately identifies component deformation levels, providing clear guidance for product design optimization and maintenance decisions. Additionally, laser scanning technology proves invaluable in ship modifications and equipment installations, effectively reducing project timelines, lowering labor costs, and enhancing overall operational efficiency.