Give the production system a reliable way to see.
Machine vision systems use cameras, optics, lighting, image processing, and control interfaces to inspect products, guide robots, verify assembly, read codes, measure features, and make automated pass/fail decisions.
Choose equipment around the production requirement.
Cycle, load, motion, accuracy, environment, maintenance, integration, controls, safety, and recovery should all be considered before equipment is selected.
Performance is more than nameplate speed.
Useful production output depends on uptime, changeover, integration, loading, fault recovery, maintenance access, and how equipment interacts with the rest of the line.
CRIT-AInspection Definition
A vision project should begin with a clear decision: what feature must be detected, measured, located, or verified and what constitutes a failure.
CRIT-BLighting & Optics
Stable lighting, appropriate lenses, working distance, field of view, depth of field, and product presentation often matter more than raw camera resolution.
CRIT-CTrigger & Timing
The system needs a consistent trigger, stable part position or motion strategy, sufficient processing time, and a defined machine response.
CRIT-DReject Handling
A pass/fail result is only useful when the machine can track the inspected part and reliably remove or contain failures downstream.
See how equipment fits into the production system.
Each equipment page uses different technical diagrams focused on the specific machine function and its relationship to production flow.
Vision path.
A complete vision system includes image capture, processing, decision logic, and a machine action—not just the camera.
Reject path.
Inspection results must remain associated with the correct product until the line accepts, rejects, or diverts it.
Relevant equipment and automation resources.
External references are selected from the approved TempoJS link inventory and matched directly to each equipment category.
Machine vision should make a defined production decision. Lighting, optics, presentation, trigger timing, processing, controls, and reject handling determine whether inspection remains reliable at production speed.