A vision-guided inspection cell isn’t just a camera bolted to a robot. It’s a coordinated system: camera or 3D sensor, lighting, optics, image-processing software, a robot controller interface, part-present sensors, calibrated robot-to-camera coordinates, and a reject or disposition mechanism. Miss one of these and the rest of the system is guessing.
FANUC’s iRVision runs integrated 2D and 3D guidance directly from the robot controller—no separate PC required—which simplifies wiring and reduces points of failure on the floor. OMRON FH vision controllers add encoder input and dual Ethernet ports, useful when you need conveyor tracking or synchronized image acquisition across multiple stations.
We build these systems to match your defect definitions and tolerances, not a generic spec sheet.
Whether you’re inspecting molded plastics, machined metal parts, electronic assemblies, or packaged goods, the inspection task drives the hardware—not the other way around. Camera resolution, lens selection, and lighting geometry all get set by the smallest defect you need to catch, the field of view, working distance, and your measurement tolerance. A high pixel count camera paired with poor lighting will still miss cracks and scratches.
We integrate cameras, lighting, optics, and processing software to handle:
Surface flaw detection (scratches, cracks, discoloration)
Assembly verification (presence, alignment, completeness)
Dimensional accuracy checks (2D & 3D metrology)
Label, barcode, and OCR verification
Color matching and orientation confirmation
Inline part identification, tracking, and grading
These systems tie into robotic cells, conveyors, or standalone inspection stations, with disposition logic that routes rejects without stopping the line.
Vision-guided robotics solves problems fixed tooling can’t handle. Here’s what we typically build for clients:
Random Bin Picking – A camera locates parts in an unordered bin so a robot such as the FANUC M-20iD/35 (35 kg payload, ±0.03 mm repeatability) can pick without fixed presentation
Auto-Adjustment – The system recalculates pick or inspection coordinates when part position shifts, instead of relying on hard tooling
No-Fixture Inspections – Parts are measured and located by vision, cutting fixture cost and changeover time
High-Speed Sorting – Robots pull defects off the line based on inspection results without stopping production
Closed-Loop Feedback – Measured data feeds back into upstream process parameters to reduce recurring defects instead of just catching them
All of this depends on robot-to-camera calibration. Get that wrong and you get position-dependent pick offsets, not random ones.
Vision integration is where robotics systems integration gets unforgiving—optics, lighting, robot kinematics, and software all have to agree on the same coordinate frame. We don’t drop in off-the-shelf cameras and hope for the best. We run a defined sequence: requirements definition, sample and defect study, camera-and-lighting feasibility testing, robot and end-effector selection, mechanical and electrical design, controls and communications development, calibration, validation against known-good and known-defective samples, operator training, and commissioning.
Our expertise includes:
Multi-camera and 3D imaging integration, including FANUC iRVision and OMRON FH platforms
Optical component selection and mounting (lens, filter, lighting) matched to feature size and tolerance
Image processing software—rule-based and deep learning
Robot-vision calibration and hand-eye coordination, so pick and inspection coordinates stay accurate part to part
Part tracking across cells using barcode and vision-based ID
End-of-arm tooling designed to preserve the camera-to-TCP relationship, with mounting per ISO 9409-1
Data reporting—status, measured values, error codes, and disposition—back to your MES/ERP or cell controller
We’ve deployed inspection cells on compact platforms like the FANUC LR Mate 200iD/4S for small-part work and larger reach robots like the M-710iC/20L for bigger components, in cleanroom assembly and heavy metal processing alike. Robot cell safety follows ISO 10218-1/-2 and, where applicable, ANSI/RIA R15.06.
Explore Quality Control Automation Solutions, Robotics Simulation & Virtual Commissioning, Robot Programming & Software Integration, Digital Twin Development & Integration and Industrial Robotics & Automation Company. See all Inspection & Quality Control Automation solutions. Already running equipment? Our inspection robot repair team keeps it in service.
Our team scopes the inspection task first—defect definition, tolerance, throughput—before we spec a camera or robot. Whether you’re launching a new line, replacing manual QC, or pushing throughput past what your current cell can handle, we handle the integration end to end.
Request a consultation today.
We’ll tell you upfront if vision-guided robotics is the right fit for your process, and what it will take to get there.
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+1 602-449-1556
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