Software for 3D Scanning, Design, and Additive Manufacturing
We offer a focused range of software solutions supporting 3D scanning, reverse engineering, inspection, and additive manufacturing workflows.
From scan data processing through to production and quality control, these tools are selected to integrate seamlessly with the systems we supply and support.
Software for comparing scan data to CAD models, validating tolerances, and generating inspection reports.
Tools for converting scan data into accurate, editable CAD models for redesign, modification, or reproduction.
Tools for organic modeling, sculpting, and tactile interaction with digital geometry.
Additive Manufacturing Software
End-to-end software for metal additive manufacturing, including build preparation, simulation, and production workflow management.
Quality Control & Inspection
Comprehensive inspection and metrology platform for dimensional analysis and quality control.
Shining3D Inspect
Inspection software for basic measurement, comparison, and reporting of scan data.
3D Reverse Engineering Software
Industry-standard reverse engineering software for creating parametric CAD models directly from 3D scan data.
Integrated scan-to-CAD tools within SolidWorks for streamlined reverse engineering workflows.
Scan data processing software for cleaning, aligning, and preparing mesh data for downstream use including NURBS modelling
EXModel (SHINING 3D)
Accessible scan-to-CAD software for converting mesh data into usable geometry for engineering applications.
Freefrom Design & Haptic
Industry-standard reverse engineering software for creating parametric CAD models directly from 3D scan data.
Geomagic Sculpt
Integrated scan-to-CAD tools within SolidWorks for streamlined reverse engineering workflows.
Touch 3d Systems
Scan data processing software for cleaning, aligning, and preparing mesh data for downstream use including NURBS modelling
Touch X 3d Systems
Accessible scan-to-CAD software for converting mesh data into usable geometry for engineering applications.