At 800 bottles a minute, a cracked cap, a chipped closure, or one sitting cocked instead of straight passes a human inspector's field of view for a fraction of a second, which is simply not enough time for any person to catch it reliably no matter how experienced they are. Closure damage is also easy to dismiss as cosmetic until it isn't, since a cocked or cracked cap can compromise the seal underneath it, turning what looks like a minor appearance issue into an actual product integrity problem. Catching all three defect types at full line speed is a detection problem, not a staffing problem. See closure damage detection running at your own line speed.
100 Percent Inspection, Even at 800 BPM
iFactory AI catches cracked, chipped, and cocked closures at full line speed, inspecting every single bottle rather than a sample.
No Human Eye Catches Every Closure at Line Speed
A line running at 800 bottles per minute gives a human inspector roughly seventy-five milliseconds per bottle to notice a defect, decide it is real, and react, which is simply not a task human reaction time is built for, and the honest result on most lines running visual spot-checks is that only the most obvious closure defects ever actually get caught before the case is sealed.
Cracked Closures
Hairline to visible cracks that can compromise the seal and product integrity.
Chipped Closures
Material missing from the closure edge, often from handling during capping.
Cocked Closures
A closure applied at an angle rather than straight, risking an incomplete seal.
Inspect Every Closure, Not a Sample
Book a 30-minute session and see 100 percent closure inspection running at your own line's actual speed.
Why Closure Defects Are Not Just Cosmetic
A defect that looks minor on the outside of the closure can still compromise what matters underneath it.
| Defect | Visible Impact | Seal Integrity Risk |
|---|---|---|
| Crack | Visible line or fracture on the closure surface | High, can compromise the seal directly |
| Chip | Missing material, often at the closure edge | Moderate to high, depends on chip location |
| Cocked application | Closure sits at a visible angle | High, often means an incomplete seal |
From Capture to Reject at Full Speed
Detection runs within the capping line's existing cycle, with no slowdown required to achieve full coverage.
Rolling Out on the Capping Line
iFactory AI connects cameras at the capping inspection point, calibrated to your specific closure type and bottle format.
Expert Review
Cocked closures are the defect type most often caught too late on a line still relying on spot-checks, since a cocked cap can still appear roughly closure-shaped from a quick glance, which is exactly why a system checking every single bottle matters more for this defect than for the more visually obvious crack or chip.
Frequently Asked Questions
Can this really keep up with an 800 bpm line?
Yes, detection is built to run inline at full production speed, inspecting every bottle rather than requiring a slowdown or sampling approach. Support can confirm throughput for your specific line speed.
Does this work with different closure types and colors?
Yes, detection is calibrated to your specific closure type, color, and bottle format, so different product lines can each be configured individually.
What happens to a bottle flagged with a closure defect?
Flagged bottles are automatically diverted before case packing, with the specific defect type and capping head logged for trend review. See the diversion workflow on a call.
Can this identify a specific capping head causing repeated defects?
Yes, defects are logged by capping head position, so a pattern tied to one specific head is visible rather than buried in a line-wide average.
Does this integrate with our existing quality reporting system?
Yes, closure defect data can feed into your existing quality and SPC reporting rather than requiring a separate standalone dashboard. Ask support about reporting integration.
Inspect Every Closure at Full Line Speed
iFactory AI catches cracked, chipped, and cocked closures with 100 percent inspection, even at 800 bpm. Book a demo on your own capping line.
