3D Laser Inspection System
Our company delivers end-to-end R&D and production capabilities for 3D laser inspection systems, including full-solution design, hardware integration, point cloud algorithm development, non-standard tuning, and whole-machine coordination. Addressing industry demands for high-precision 3D dimensional measurement and geometric error detection, we have developed a proprietary high-precision 3D laser inspection system leveraging laser scanning imaging and 3D point cloud reconstruction to rapidly capture workpiece contours, generate models, and perform data analysis. We tailor custom inspection solutions based on material type, surface geometry, accuracy requirements, and throughput targets. Our systems seamlessly integrate with air-floating platforms, precision linear guides, rotary indexing tables, and vision systems. They overcome the limitations of traditional 2D inspection—such as inability to measure curved surfaces, height differences, radii, and 3D defects—while replacing manual spot checks and conventional gauges. This provides an integrated, high-precision solution for ultra-precise 3D inspection, dimension calibration, and quality control across all industries.
3D Full-Domain High-Precision InspectionUses high-speed laser scanning imaging technology to precisely capture 3D workpiece data. Supports multi-dimensional parameter inspection including height, curvature, flatness, profile, and 3D deformation, with micron-level accuracy.
Stable and reliable proprietary point cloud algorithmCore 3D reconstruction algorithm features autonomous optimization, resisting light interference and surface reflections. Delivers complete point cloud data with high matching accuracy, ensuring exceptional repeatability and stability.
Adapts to complex, irregular workpiecesBreaks the limits of traditional 2D inspection. Perfectly adapts to curved, arced, irregular structures, and parts with height differences. Supports diverse materials including glass, metal, plastic, and wafers.
High-speed, high-efficiency fully automatic inspectionRapid scan imaging, real-time 3D modeling, and automatic data analysis—no manual fitting or calculations required. Drastically improves inspection efficiency and supports high-volume online inspection scenarios.
Highly adaptable, customizable integration: Supports trajectory detection, precision parameter tuning, and non-standard logic customization. Seamlessly integrates with automated transplanting systems, air-floating motion mechanisms, and visual alignment systems to adapt to various precision production lines.
Full data traceability and analysisAutomatically stores 3D inspection data and generates reports. Supports error analysis, data comparison, and quality traceability to optimize production processes and enhance quality control.