Visual and Automated Part Inspection
Objective criteria, automatic decisions: every part approved or rejected by the same standard, without relying on the human eye.
We design and integrate inspection systems that combine machine vision and automated verification to evaluate your parts in real time. We standardize quality criteria, catch defects that slip past manual checks, and generate traceable data for every decision. The output drives your line directly: approve, reject, and divert non-conforming parts with repeatable reliability.
What we deliver
Custom visual inspection systems: cameras, sensors, optics, and controlled lighting sized for your target defect.
Automated part verification: dimensional control, component presence and position, surface finish, and surface defects.
Analysis and classification logic that approves, rejects, and commands the physical sorting of non-conforming parts.
Integration with PLC, conveyors, and actuators, with inspection in motion, by sampling, or across 100% of production.
Logging and export of inspection data for traceability, quality metrics, and continuous improvement.
How it works
Understand the challenge
We study the part, the defect that must be detected, and the line speed to define exactly what passes and what fails.
Engineer the solution
We select cameras, sensors, optics, and lighting, and build analysis logic matched to your speed and inspection type.
Integrate into the line
We connect the system to the PLC, conveyors, and actuators so the inspection result drives approval, rejection, and sorting.
Validate and fine-tune
We test with good and defective parts, calibrate the criteria, and hand over stable operation with data being logged.
Results
- Standardization: the same quality criterion applied to every part, with no variation between shifts or operators.
- Reliable detection of defects that manual inspection lets through, reducing human error.
- Speed matched to the line, enabling 100% inspection without becoming a bottleneck.
- Traceability: every decision is logged and becomes data for quality, auditing, and continuous improvement.
Use cases
FAQ
+ Can inspection be done with the line in motion?
Yes. We design systems to inspect parts in motion, by sampling, or across 100% of production, according to your line's cadence.
+ What happens to a rejected part?
The system commands actuators to physically divert the non-conforming part, integrating with the line's conveyors and PLC.
+ Can it detect defects the operator can't see?
Yes. With controlled lighting and machine vision, we catch subtle dimensional and surface defects that escape manual checks.
+ Does the system generate inspection data?
Yes. Every approval or rejection is logged, enabling traceability, quality metrics, and continuous improvement.