MeshInspector vs ReconstructMe

MeshInspector processes 3D data for mesh repair, scan transformation, and quality inspection in printing, simulation, and manufacturing workflows. It handles meshes, point clouds, volumetric data, lines, distance maps, and G-code, and supports model import and export. Tools include STL editing and repair, mesh conversion, inspection measurements, distance comparisons, segmentation, and CT/MRI scan inspection.

The free Community plan includes viewing, basic mesh and point-cloud editing, basic repair, and measurements. Makers costs $300 a year per user and adds one-click repair, advanced editing, basic inspection, and alignment tools. Professional costs $790 a year per user and adds batch repair, lattice generation, point-cloud and CT/MRI-to-mesh workflows, QC reports, advanced measurements, and Python automation. Its 30-day Professional trial does not require a credit card; afterward, the account moves to Community. Web files are processed and stored in browser local memory, while desktop files are handled and stored locally. The product describes workflows for engineers, service bureaus, dental labs, and scanning professionals.

ReconstructMe is Windows software for real-time 3D scanning and reconstruction. Move a supported sensor around an object to digitize it, from a human face to an entire room. Scans use metric units and export to STL, OBJ, 3DS, or PLY. Color from the scanned object can be captured when the sensor supplies a color stream. Listed sensor families include ASUS Xtion, PrimeSense Carmine, and Microsoft Kinect, with Intel RealSense R200 and F200, Orbbec Astra and Astra L, and ASUS Xtion Pro and Xtio also supported. Its C-style SDK supports real-time and multi-sensor applications, OpenCL GPU scanning, mesh noise removal, hole closing, triangle reduction, and CSG operations. Marker detection and tracking can identify real-world positions or place a scan volume relative to a room marker. Unlicensed SDK output carries watermarks and mesh generation is delayed. A recent graphics card and driver are required for hardware-accelerated real-time computing. The non-commercial scanning application costs nothing.