Case StudyAutonomous Sandblasting for Aerospace MRO — How Augmentus Unlocks High-Mix, Rapid-Turnaround OperationsAerospace MRO sandblasting is the textbook high-mix challenge: every part is different, every turnaround is urgent. Augmentus enables scan-driven toolpath generation in under 30 minutes per SKU.Read More →
Case StudyBuilding the Future of Scalable Automation: Augmentus x sentensoA joint case study with sentenso GmbH on building turnkey shot-peening cells where Augmentus' 3D scanning and AI-powered path planning slot into sentenso's process expertise to compress deployment time.Read More →
Augmentus AI plans the scan for you. An initial pass maps the part and finds the gaps, then AutoPath adds fill-in passes, each checked for collisions, until the surface is covered. No one on your team has to plan scan paths.
Pro scans each part and automatically generates a new program from its measured geometry, covering positional and dimensional deviations in real time. Augmentus AI applies your process skill across every part variation.
A joint case study with sentenso GmbH on building turnkey shot-peening cells where Augmentus' 3D scanning and AI-powered path planning slot into sentenso's process expertise to compress deployment time.
Aerospace MRO sandblasting is the textbook high-mix challenge: every part is different, every turnaround is urgent. Augmentus enables scan-driven toolpath generation in under 30 minutes per SKU.
Process values, set with your teamAugmentus AI proposes process parameters such as stand-off, angle and speed, then checks them with your engineers before use.
Pick the snapshot camera or line profiler that fits your standoff and accuracy. The sensor captures the part, and Augmentus AI plans from that capture.
Match the scan set-up to the part and the cell. In every mode, Augmentus AI plans the passes, and you can stitch modes together into one scan.
You go from the real part to a proven program in five steps. Pro is Standard plus vision, so Augmentus AI plans on what the scanner sees.



官网:https://www.augmentus.tech/product/pro/
资料来源:企业官网公司介绍页面(复核日期:2026-10-29)。