The SEAM360 is the ultimate machine vision double seam can inspection gauge. The system is used for both three piece and two piece beverage and food cans.
Conventional seam scan technologysample seams at 2-3 points around the can. However, what about the points in between the sample points?
If you measure at a few points around the seam, using a micrometer or seam thickness gauge and destructive tests with a seam scope â€“ youâ€™re missing most of your information!
Problems can arise as close as a few millimeters from your measurement point and you will not detect them. This means that if a problem is missed, it can be a few more shifts before the problem is detected â€“ resulting in many bad cans being closed or even shipped!
Instead of trying to measure every can (100%) but at a few measurement points, the SEAM360 measures every canâ€™s total external surface area. This exposes many issues that were so far invisible to the operator!
X-ray systems measure at only a few points around the can, and pressure systems on the seamer can miss even obvious issues because of their technology (e.g., false seams!).
Using non-destructive optical technology, Quality By Visionâ€™s new SEAM360 is capable of detecting all of these double seam issues in a fraction of the time it takes to do a seam test and with no operator influence on the results! SEAM360 is the first system capable of checking every point on the seam, so thereâ€™s no chance of missing anything.
This means problems with the seamer, loose or tight roll and chuck setups, double seam issues (including rare ones) are easily detectable for any seamer head.
The intuitive software clearly points out what the problem is and where it occurred.
Many tooling and seamer related issues can be fixed quickly, using the Clearance Gauge.MODES OF OPERATION
#1, SEAM360 will detect it and match that can with the correct head on the report!
|Resolution||0.0002â€³ (two ten-thousandths) or better for seam thickness and length|
|Optical units||Laboratory (manual) |
|Scan time (one can)||about 8 seconds|
|Measurement cycle time (6 cans)||about 2 minutes|