Every successful vision system starts with the right design. We work with your engineering team from the earliest stages — analysing your application, evaluating material samples, and designing the optimal combination of cameras, optics, lighting, and processing. The result is a fully specified system architecture that meets your performance requirements before a single component is ordered.
We evaluate your application and materials to determine whether machine vision can deliver the performance you need. Sample testing with real product gives you confidence before committing to a project.
Camera, lens, and lighting selection optimised for your specific defect types, material properties, and line speeds. We model the complete imaging chain to guarantee resolution and contrast.
Full system specification including cameras, frame grabbers, processing hardware, network architecture, I/O design, and operator interface layout. Production-ready documentation for procurement and build.
Bench-top or on-line trials using your actual product. We validate detection rates, false positive rates, and processing speeds against your acceptance criteria before full system build.
We identify technical risks early — substrate variability, environmental factors, speed constraints — and design solutions that account for real production conditions.
Comprehensive functional and technical specifications that define exactly what the system will do, how it will perform, and how success will be measured.
We review your process, quality requirements, defect types, and production environment to understand the full scope of the application.
Testing with your actual product samples using candidate camera, lens, and lighting combinations to validate the imaging approach.
Detailed engineering specification covering all hardware, software, integration points, and performance targets.
On-site or lab-based demonstration proving the system meets your acceptance criteria under realistic conditions.