Thermal Spray
Coating thickness drifts as standoff, speed, or angle shifts. Augmentus generates the path from a 3D scan and holds it steady.
Programming Industrial Robots
Is Now Much Easier
Point-and-click programming and 3D perception that adapt your robot to every part, across major robot brands.
TRUSTED BY MANUFACTURERS AROUND THE WORLD
Applications
Built for the processes that run your floor
The same point-and-click workflow generates motion for surface work, coating, joining, and inspection, on flat or complex geometry.
Grit Blasting
Blast any surface with full coverage from a scan that generates the path, no code, operator clear of the booth.
Shot Peening
Peening must hold coverage and Almen intensity on a contoured part. Set the parameters in Augmentus and confirm coverage in simulation.
Sanding & Buffing
Finish parts that never match with force control that keeps pressure steady, from a scan, no code.
Grinding
Uneven stock on castings and welds makes a fixed program grind unevenly. Augmentus scans each part and corrects the path for the deviation.
Dispensing
Trace edges with no gaps on the turns, from a scan that generates the bead path.
Welding
Seams shift part to part, slow to teach by hand. Augmentus finds the seam from a scan, syncs every axis, and welds arc, laser, or cladding.
Conventional vs Augmentus
A different way to put robots to work
Programming becomes a step operators can run, and keeps running as parts and fixtures change.
Programming✕Manual teaching & CAD-and-teach✓Point-and-click path generation
When parts change✕Paths reworked by hand✓Vision retrofits; motion reacts to deviation
Who runs it✕Specialist robotics knowledge✓Operators, with collision-free motion
Robot coverage✕One brand's programming environment✓One workflow across ABB, FANUC, KUKA & more
Plans
Two Ways to Deploy Augmentus
Start with software on your existing cell, or add vision hardware for adaptive, closed-loop automation.
Standard
The most direct way to program robots: scan or import CAD, simulate, and output robot programs.
Includes- Automated toolpath generation (AutoGen)
- Offline simulation with cycle-time estimation
- Robot script output for ABB, FANUC, KUKA and more
Pro
Vision-guided automation with adaptive path generation: everything in Standard, plus 3D scanning hardware.
Everything in Standard, plus- High-accuracy 3D scanning from laser profiler and snapshot sensors
- Vision-guided localization with automatic path correction (AutoAlign)
- Inline inspection & ML defect detection
Why Augmentus
Where offline programming stops, Augmentus keeps going
Conventional offline programming writes a fixed program against a nominal CAD model, then runs it unchanged. These are the core capabilities that set Augmentus apart.
Point-and-click path generation
Generate collision-free robot motion by pointing and clicking on the surface you want to process. Run by operators, not robotics specialists.
✕
Offline programming
Build and edit every path by hand on a CAD model.
✓
Augmentus
Paths generate automatically from the surface (no manual teaching or code) and output across robot brands.
Powered byAutoGenAutoSurfaceAutoPatternAutoEdgePathOptConnector
Learn more about Standard →Sees and adapts to the real part
Scan the actual workpiece in 3D (or import CAD), then generate from real geometry. Motion aligns to where each part sits, reacts to variation and deviation, and flags defects inline.
✕
Offline programming
A fixed program written for a nominal model, run unchanged for every part.
✓
Augmentus
Built from the scanned part, aligned to its real position, and corrected for deviation on the line.
Powered by3D scanningAutoAlignReactive motionInline inspectionML defect detection
Learn more about Pro →COMPATIBLE WITH MAJOR ROBOT BRANDS
High-Mix, High-Variability
High-Mix, High-Variability Manufacturing? Solved.
One line, every part variant, without new fixtures, re-teaching, or a robotics hire on staff. Augmentus turns changeover from a project into a step, so throughput holds as the mix changes.
Less downtime between parts
Motion generates directly from the part, or its CAD, so a new variant doesn't stop the line for manual teaching or a custom fixture.
Fewer rejects, less rework
A closed-loop system checks the actual part and corrects robot motion in the same pass, so results stay consistent even when parts shift or vary.
No robotics specialist required
Your existing operators run it: point and click, no code and no teach pendant. The skills gap stops being a constraint on the floor.
From the Blogs
Visit the Blog →
Featured
No More Hand-Placed Waypoints. Safer Moves Between Passes.
Between every pass in a multi-pass job, the robot has to travel somewhere safe — and placing those moves by hand is slow and easy to get wrong. The Connector plans that transit motion for you: collision-aware, singularity-aware, and optimized.
Read More
Featured
From Fixturing to Job-Ready Mesh. One Guided Workflow.
Rotary Scanning captures full part geometry as the part turns on a positioner — most parts in a single continuous pass. This post walks the workflow end to end: calibrating the rotary axis, setting up the scan, and turning the captured mesh into robot motion.
Read More
Featured
What Is New in Augmentus 3.1
Path Optimizer V2, Custom Colliders, Connector, Concurrent Positioner, the Curved profile in AutoSurface, Techman robot support, and Rotary Scanning. Six of the seven land on Augmentus Standard; Rotary Scanning is the one that needs Pro.
Read MoreTurn programming from a blocker into a step.
Start free on your own robot, or talk to us about vision-guided and on-prem deployments.