Vision inspection
2D and 3D inspection, measurement, presence checks, defect detection, location and OCR designed around real product variation.
Machine vision and motion control
Automate inspection, handling and precise movement.
We combine lighting, cameras, software, rejection mechanisms, robotics and motion control into systems that can inspect, position and handle products consistently at production speed.
Protect product qualityReduce repetitive handlingCreate traceable decisions
What we deliver
Vision, rejection, robotics and motion engineered as one system.
Lighting, cameras, decision software and deterministic handling are integrated to inspect, position and move products consistently at production speed.
Automated rejection
Mechanical and controls integration that removes non-conforming product without disrupting good production.
Robotic integration
Pick-and-place, machine tending, assembly and handling systems designed around payload, reach, cycle time and safety.
Motion control
Servo, stepper and multi-axis solutions for repeatable positioning, synchronisation and controlled movement.
Inspection records
Useful records, images and trend data that help teams understand process drift and support quality decisions.
Engineering basis
Prove the optics, decisions and product tracking before production.
Representative samples establish the optical design and tolerances, while triggering, tracking and reject confirmation keep every result linked to the correct product.
Optical feasibility
Representative good, bad and borderline samples are used to prove field of view, resolution, lens choice, working distance, lighting geometry and exposure before the mechanical design is fixed.
Decision strategy
Inspection tools, tolerances, recipes and failure classes are designed around real product variation, process drift and the balance between escape risk and false rejection.
Deterministic handling
Triggers, encoders, part presentation, robot paths, tracking and reject confirmation are engineered so every decision remains linked to the correct product at line speed.
Evidence and support
Result data, reject reasons, retained images, recipe control, user access and remote diagnostics can be included to support quality review and future optimisation.
Typical project outputs
Sample and feasibility studyOptical and lighting designInspection specificationRobot or motion sequenceReject verificationResults and image strategy
Where it fits
For inspection, sorting, handling and precise movement.
Suitable for quality inspection, component verification, automated rejection, pick-and-place, machine tending and precision positioning.
- Quality inspection
- Component verification
- Automated sorting and rejection
- Pick and place
- Machine tending
- Precision positioning
Related work
See the engineering in context.
Real projects are the clearest way to understand how the disciplines come together.
Vision & roboticsBraze detection & rejection systemA stand-alone inspection cell that verifies a safety-critical braze and automatically separates non-conforming components.View case study 
Vision & roboticsProduction-line inspection systemAn in-line vision and rejection system that protects product quality before packaging.View case study 
Vision & roboticsStand-alone profile-clamp inspectionA relocatable inspection system that verifies multiple features without materially affecting the host machine’s cycle time.View case study 
Vision & roboticsAutomated jar inspectionAutomated inspection for different jar sizes and products, reducing reliance on manual quality checks.View case study Start a conversation
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