What do you want to do?
Tools for getting a 3D-printed part ready to mill on a KUKA CNC, and for inspecting the finished result. Pick the one that matches the job in front of you.
Recommended order: Align the part, scan it with Zivid, then check stock or cut targets.
Step 1
Align Part to Robot
Load one STEP file. Touch the same points on the real part with
the robot probe. Download the aligned STEP and see how good the fit is.
Start
Step 2
Scan Part with Zivid
Calibrate the eye-in-hand scanner on the robot flange, capture the
part from several angles, clean up the cloud, and auto-align to your CAD.
Start
Step 3
Check Remaining Stock
Load the printed part and the target shape. See where there is enough
material to mill and where there is not. Save the result as a heat map.
Start
Step 4
Cut Alignment Targets
Place small divots into a printed part so the robot can re-find it
later. Download a new STEP with pocket features for your CAM.
Start
Machine
Scan the Machine Bed
Scan the bed and reduce it to an even grid of heights in robot
coordinates. See how flat and how level it really is, and download
the grid.
Start
Inspection
Inspect a Finished Part
Scan a milled or printed part, snap-align it to the nominal CAD,
and get a full-field deviation map with stats, histogram and a
PDF inspection report.
Start
Experimental
Reverse
Reverse Engineer a Part
Scan a part with no CAD, let the AI rebuild an editable STEP from
the cloud, then review the fit with a deviation map and download
the STEP.
Start