Scanology MSCAN-L15

The Scanology MSCAN-L15 is a dedicated photogrammetry system engineered for precise geometric measurement of large components and assemblies. With a wide shooting area, generous depth of field and specified volumetric accuracy, it provides the stable reference framework needed for high-confidence inspection, reverse engineering and quality control. Its lightweight, ergonomic design ensures comfortable use over long sessions, making it ideal for production floors, field work and mobile metrology teams.

Designed for Large-Scale Accuracy

MSCAN-L15 achieves volumetric accuracy of 0.012 mm/m, making it suitable for inspecting large structures, fabrications and industrial components where dimensional stability is critical. Its coverage supports projects ranging from 2 m to 10 m with fewer repositionings, increasing efficiency and reducing setup time.

HDR Mode for Real-World Conditions

The system’s HDR mode allows accurate capture in varied or challenging lighting environments. The combination of HDR processing and blue LED illumination ensures that targets remain clear and readable even on reflective or dark surfaces, maintaining consistent accuracy across industrial settings.

Lightweight and Built for Extended Operation

Weighing under a kilogram, the MSCAN-L15 is designed for long-duration use without operator fatigue. Its ergonomic structure and straightforward interface streamline workflow, allowing users to capture large datasets quickly and comfortably.

Enhanced Capability With Multi-Adaptors

MSCAN-L15 supports a range of adaptors to measure critical geometric features such as hole centers, cylindrical axes and alignment points. This functionality is essential for tooling validation, assembly inspection, deformation detection and structural analysis.

Integrates defined With 3D Scanners

Serving as a precision photogrammetry module, the MSCAN-L15 enhances the volumetric accuracy of compatible 3D scanners. By supplying accurate spatial reference data, it significantly improves the quality of scans acquired over long distances or across large volumes.