A structured engineering process that proves the optical method, defines the line response and reduces project risk before final integration.
The strongest projects begin with a clear defect set, representative good products and an agreed response to every result.
We turn that information into an optical trial, controls plan, mechanical layout and acceptance criteria. Each stage creates evidence for the next decision.
We review the product, defect, acceptable variation, line speed, conveyor or fixture, operating environment, changeovers, data requirement and what the line should do with a fail.
Representative samples are tested with candidate cameras, lenses, filters, backgrounds and lighting. The aim is a stable image that separates the required feature from normal variation.
We define the camera architecture, mechanical mounting, enclosure, product handling, PLC/HMI interface, tracking, reject method, data storage, user access and documentation.
The inspection cell is assembled and configured as one system. Recipes, fault handling, operator screens and reject confirmation are developed around production use.
We install, connect and test the system on the live process, then train operators and technical users against the agreed scope.
Send us samples, images, line-speed information and the defects you need to detect. We’ll recommend the right next step.