Inline inspection integration

Inline means the inspection machine is connected to the equipment already producing the part: a cap moulding machine, a blow moulder, an IML cell or a filling line. Parts flow from that machine into the inspection station without a separate handling step, which is why inline needs a material feeder integration rather than a standalone feeder.

The commercial argument for inline is simple. A defect caught at the moulder is a scrapped part. The same defect caught after filling is a scrapped filled unit, and after shipping it is a claim. Inline inspection moves the detection point as far upstream as the process allows.

Integration is designed, not improvised. The self-developed human-computer interaction system can be customised for image display, data transmission and export, and signal linkage with your equipment, so the inspection result can stop a moulder or flag a cavity rather than only firing an air valve.