Real sample trials
We work with approved, marginal and known-failed products to establish a defensible inspection window.
We combine machine vision, product handling, controls and reject integration to solve the complete date-code problem—not only the camera task.
Talk to our engineering teamOxford Vision Systems develops industrial inspection systems for manufacturers that need to know the right information is printed, readable and carried by the right product. Each project starts by defining what constitutes a meaningful failure and how the line must respond when that failure occurs.
From our Thame engineering base, we support UK manufacturers with date-code cameras, OCR and OCV, AI-assisted recognition, label and barcode checks, controls integration and automatic reject systems. The proposed technology follows the application evidence rather than a preferred catalogue platform.
We work with approved, marginal and known-failed products to establish a defensible inspection window.
Camera, optics, lighting, product presentation, controls and rejection are specified together.
We translate quality requirements into practical and testable inspection rules.
Application review, integration, installation, training and support are scoped around the production site.
A structured project sequence reduces uncertainty and ensures the final inspection can be demonstrated against agreed products and failure cases.
Agree code content, pack range, line speed, quality risk, interfaces and reject response.
Capture real good and bad samples to evaluate lighting, resolution and inspection tolerance.
Develop the mechanical, electrical, software, guarding and data elements as one system.
Test, install, commission and train operators against the agreed scope and criteria.
Reliable vision depends on stable images and predictable product flow. Our scope can include the equipment needed to create that stable condition and act on the result.
Send code samples, photos of the line, pack dimensions, speed and examples of the failures you need to catch.