Integration technology that leads the standard in industrial automation

The software handles per-brand coordinate conversion and communication. The picks the vision finds are handed to the robot registers up to 6 at a time, and the coordinates actually sent and the values the robot received can be read back on screen.

Tells apart rotated parts, overlapping parts, and look-alike parts to produce a pick position. Candidates that were ambiguous on site are marked [pick] or [no-pick], and that feedback is trained back in, so the engine fits the line better the more it is used.

The calibration result is not a promised value but the value the screen produces. At the calibration result step, the average, minimum, and maximum error are shown in mm. The tool center is computed automatically by circle-fitting the coordinates obtained by rotating the robot about one point, and the radius deviation (±mm) is shown alongside so the precision can be seen.

AIVE and FlexiBowl automatically disperse and orient parts of various sizes and shapes for high-mix, low-volume production. Pick one recipe and the vision, robot, and feeder conditions are applied together.

Robot, vision, and feeder are controlled together from one screen. Recipes and settings are always left in a complete state even if power drops mid-save, and if corruption is detected they are restored automatically from the last good copy. If the Hyundai Robotics Modbus link drops silently, the monitoring loop catches it and reconnects.