Detect
Check underfill, overfill, missing product, foam band or another visible level feature.
Full-container quality control
Automated, non-contact fill checks for bottles and jars on new or existing packaging lines, with recipe control, pack tracking and automatic rejection.
Direct answer
A sensor or camera measures each container at a controlled point after filling. The measured liquid or product boundary is compared with the permitted high and low limits for the active pack recipe, and any failed bottle or jar is tracked to a reject device.
Clear and translucent packs are often suited to machine vision with controlled lighting. Opaque containers, coloured glass, full-body sleeves or dense decoration may need X-ray or another sensing method. Pack shape, product behaviour, speed and available line space decide the final arrangement.
What the system must do
A complete bottle inspection station controls the image or signal, identifies the correct recipe, follows the pack and records the result.
Check underfill, overfill, missing product, foam band or another visible level feature.
Associate each result with the correct container as it moves towards the reject point.
Remove non-conforming packs and confirm the reject action where the risk assessment requires it.
Specify the application
The strongest specification describes the real defect and operating envelope, not only a nominal bottle size.
Typical applications
Suitability and tolerances are established from representative samples, production speed and the real operating environment.
Practical answers
Final performance is application-specific and is confirmed using representative packs, products and line conditions.
Ask an engineerYes, where the mechanical and optical arrangement covers those formats. Product recipes can store the inspection region and acceptance limits for each bottle or jar. A sample review confirms whether camera height, field of view or conveyor guides must change.
Sometimes, but not always. The answer depends on wavelength, product contrast, decoration and container thickness. If a reliable optical path is unavailable, X-ray or another sensing method may be more appropriate.
Often it can. A retrofit assessment checks conveyor access, pack spacing, electrical interfaces, guarding, reject distance and the space available without creating a new production bottleneck.
Yes when the required camera views and resolution are compatible. Fill level, cap presence or position, label presence, colour, print and code checks can often share one controlled inspection cell.
Talk to Oxford Vision Systems
Use representative filled containers and describe the acceptable fill-level range. Bottle colour, label coverage and product appearance can affect the suitable inspection arrangement. Agree the conditions and examples used for acceptance, and define how inspection decisions stay associated with packs through any reject station.
Related guidance: Retrofit bottle inspection→ · X-ray inspection for opaque packs→