Define
Agree good and bad criteria, pack formats, products, speeds, environment, records and response.
Fill-level inspection ›
About the engineering partner
Oxford Vision Systems
Application-led machine vision and automated product inspection for production teams that need a clear decision, controlled rejection and useful process information.
What we do
Engineer the inspection around the product—not a catalogue part number.
Oxford Vision Systems designs fill-level, presence, count and packaging inspection around representative samples, real production speeds and the action required after a failure.
The work can cover sensing, cameras, lighting, mechanics, controls, guarding, recipes, line tracking, reject equipment, confirmation, production data and operator training. The purpose is a quality gate that production can understand and use.
This specialist resource is operated by Oxford Vision Systems, whose wider UK inspection portfolio also covers machine vision, checkweighing, code verification and reject integration.
How projects are approached
Evidence before assumptions.
Performance is application-specific. The route from samples to production keeps the required defect, risk and line conditions visible throughout the project.
Prove
Evaluate representative samples and select the views, sensing principle and achievable limits.
Integrate
Engineer mechanics, controls, guarding, recipes, tracking, rejection, commissioning and support.
Customer application areas
Focused on automated product inspection.
Start with one fill or presence check, or combine compatible criteria at a controlled inspection point.
Liquid fill-level inspection
Visible levels, foam and underfill →
Powder fill inspection
Low, high and missing powder →
Tablet and capsule counting
Count and dose completeness →
X-ray inspection
Opaque packs and hidden contents →
Machine vision packaging checks
Fill, cap, label, colour, code and presence →
Automatic rejection
Track, remove and confirm failed packs →
Can fill inspection
X-ray, high-frequency and weight routes →
Checkweigher fill control
Underweight, overweight and feedback →
Existing-line retrofit
Integrate sensing, controls and rejection →
A useful first review
Bring evidence from the real production process.
A good first conversation does not need a finished specification. A small amount of practical information usually reveals the next useful engineering step.
Product and samples
Provide photographs, drawings and representative good, failed and borderline packs so the required distinction is clear.
Line conditions
Share production video, target speed, conveyor dimensions, available space, changeovers and environmental or cleaning constraints.
Required response
Explain what should happen after a failure: reject, confirm, stop, alert, record an event or provide controlled process feedback.
Talk to Oxford Vision Systems