Pro adds vision-guided 3D scanning to the Standard platform. The robot sees the real part, builds the toolpath against it, and adapts when the part shifts — no teaching, no CAD model, no fixtures.
High-accuracy scans from laser profiler and snapshot sensors, stitched into one model.
Toolpaths generate directly on the scanned surface — no CAD model required.
Detects positional and rotational deviation and corrects the robot path automatically.
Inline ML defect detection flags problem areas and generates correction paths.
Drops into your existing robot cell — no new fixtures or re-tooling.
Match the scan setup to the part and the cell — the same software drives all three, and modes can be mixed and stitched together into a single, unified scan.
The scanner mounts to the robot arm and approaches the part from any angle, reaching faces a fixed sensor cannot. Best where geometry is complex or access is constrained.
Best for: complex, multi-face geometry and parts that cannot be repositioned.
The scanner travels along a linear rail at a fixed standoff, capturing long parts in a single consistent pass.
Best for: long or large parts where reach exceeds a static arm.
The part is mounted on a positioner and rotated while the scanner captures continuously, achieving better coverage and speed than the robot-mounted and linear rail modes.
Best for: parts mounted on a positioner.
This is a real Augmentus Vision scan — drag to orbit and inspect the captured surface.
Linear Rail Scan + Robot Scan
Car Bumper — drag to orbit and inspect the captured surface.
Rotary Scan
Combustor Casing — captured on a rotary axis for full 360° coverage.
Rotary Scan
Spiral Auger — complex helical geometry reconstructed in full detail.
A modular vision add-on that installs onto your existing robot — no cell teardown, no fixture rework. The scanner and controller it adds are industrial hardware: sealed, machined, and fanless, built to sit on the line.
1234Industrial-grade 3D scanning hardware.
An air-tight protective housing, built to withstand high-heat environments.
Dust-tight and water-spray resistant, with a sealed optical glass window guarding the sensor.
Industrial circular connectors thread down and hold through vibration.
Opens for scanning and closes afterward, shielding the optics when the scanner is idle.
1234The fanless computer that runs the vision.
The finned chassis carries heat away with no fan to clog with grinding dust — rated from −20 to 60 °C.
Sealed against dust, with operation up to 95% non-condensing humidity.
Runs on a 9–36 V DC input that rides out unstable shop-floor power.
No fan or disk to shake loose — rated to 20G shock and 3 Grms vibration.
Vision-Guided Path Correction reads where each part actually sits and shifts the toolpath to match — without precise fixtures or manual alignment.
No 3-point work-object frame calibration to redo between setups.
Corrects for parts that never sit the same — no need for tight-tolerance fixtures or hard tooling.
Matches each part against the scanned reference automatically — no custom vision setup per part.
Scan a known-good part as the master to measure against.
For every part or SKU after, a quick scan finds where it sits.
The path shifts to match the part, then runs on target.
On most lines, checking a part and fixing it are different stations, different schedules, and often a different shift. Parts wait. Skilled finishers are scarce and hard to replace. And when a part varies from the last one, the program written for the last one no longer fits.
Closed-loop Inspect to Path does both in a single pass — Augmentus scans the part, finds the areas that need attention, and generates the corrective motion to address them, without sending the part to a separate inspection station or reprogramming the cell.
Scans the part and identifies defects, seams, or areas that need attention automatically.
Builds corrective motion targeted to exactly where each feature was detected.
Detects, corrects, and runs in one pass — no human intervention needed.
The sensors that capture the part and feed the motion. Pick the snapshot camera or line profiler that fits your standoff and accuracy.
Dimensions and weight refer to the sensor unit only and are independent of enclosure casing, mounting brackets, and other accessories. Cumulative accuracy and repeatability depend on the full system specification, including the robot and external axes.
Outputs native programs for major robot brands
How manufacturers use Pro's scanning and Vision-Guided Path Correction to program high-mix parts without CAD, and the vision technology underneath it.
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.
Read MoreAerospace 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 MorePicking the wrong scanning strategy quietly costs you reconstruction accuracy. This paper compares linear-rail, rotary, and multi-angle scanning on industrial robots and shows when to combine them.
Read MoreAugmentus’ 3D scanning and path-planning technology complements our shot-peening expertise. The result is systems that are easier to deploy, faster to set up, and able to handle a wide variety of parts with confidence.
Walk us through your parts, application, and existing cell. We will show where vision-guided automation fits and what a deployment looks like.
