Insights Hub
One-Click Toolpath Generation, Vision-Guided Adaptive Robotics, and More — Augmentus 3.0
Production lines run at their own pace — Augmentus 3.0 is built to match it. The release introduces one-click toolpath generation, vision-guided adaptive robotics, and a set of cell-level improvements that cut setup time and extend where the software fits. One-Click Toolpath Generation, with Granular Selection Control Two features anchor...
Augmentus X Servind: Live Demonstrations Shine at Hannover Messe 2026
"Program looks good. But...can it actually work in production?" To answer that question, you could schedule a long presentation about how your product is "tried and tested"—or you could actually start up a robot and run the demo, and let visitors scrutinize the details for themselves. That's what we worked...
AutoEdge: Automated Edge Path Generation for Robotic Surface Finishing and Material Removal
Teaching a robot to follow an edge has always been the slow part. With a teach pendant, every point along a deburring boundary or chamfer line is jogged to individually. A single complex edge can take hours. Multiply that across a batch of part variants and the robot spends more...
AutoSurface: Automated Surface Toolpath Generation Built to Handle Complex and Imperfect Geometry
Surface operations are some of the most common robotic applications in manufacturing. Thermal spray, coating, sanding, polishing. They all require the same thing: hundreds or thousands of waypoints spread evenly across a workpiece, with consistent tool orientation, standoff distance, and step spacing throughout. That density is what makes surface paths...
Augmentus Awarded Most Innovative Solution at ABB Value Provider Awards
We are honored to receive the ABB Value Provider Award for Most Innovative Solution, recognizing our commitment to transforming manufacturing automation through our no-code AI robotics solution. This award affirms our mission to eliminate the complexity of robot programming, by empowering manufacturers to automate high-mix and high-variability production with unprecedented...
AutoPath™ by Augmentus: Automating A Deburring Process Without Manual Teach Pendant Programming
Deburring parts with complex geometries, such as wheel rims, is often a time‑intensive challenge for manufacturers seeking to automate the process. While it’s straightforward to program simple trajectories like straight lines or circles, non‑uniform curves and irregular shapes typically require extensive manual programming and tuning, which consumes valuable production time....
3D Scanning with Industrial Robots: Strategies to Maximize Part Reconstruction Accuracy
3D scanning in industrial automation isn’t just about hardware specs; it's also a critical part of accurate part reconstruction for robotic workflows. When deployed on industrial robots, the effectiveness of a scan is determined not solely by the tool in use, but by the scanning strategy employed. Geometry, size, complexity,...
Programming Thermal Spray Robots: Comparing Teach Pendants, OLP, and Augmentus
Thermal spray applications, such as plasma spray, HVOF, HVAF, and arc spray coatings, play a vital role in aerospace, industrial equipment, and MRO (Maintenance, Repair, and Overhaul) processes, where precision and consistency are essential. Achieving the required coating uniformity, adhesion, and minimal overspray hinges on how well robots are programmed...
Yaskawa Motoman Robot Programming: How to Get Started
(Image Source: Yaskawa Motorman)They say programming industrial robots is only for seasoned professionals. But is it really? Yaskawa Motoman robots might just prove that wrong. With the right guidance, even the new ones to robotics can begin programming these powerful machines. In this guide, we’ll break down the essentials...
