Innovation, intelligence and stability combined
The VI-X is a robotic system that enables the automated visual inspection of complex parts, such as imaging, defect detection, classification and final decision-making on the acceptability of defects.
Inspection data is available and an inspection report can be generated automatically.
Specify your surface finish
The VI-X visual inspection system is capable of operating on various surface finishes:
- Mirror
- Semi-reflective
- Mast
Dimensions
1,5 x 1,7 x 2,3 m
Surface Inspection Procedures:
Semi-Reflective or Mat Finishes |
Mirror Surface |
| Single Surface Defect (nick/dent) | Single Surface Defect (nick/dent) |
| Edge defect | Scratches / Scuffing |
| Scratches / Scuffing | Surface Finish (incomplete polishing) |
| Distortion | Machining lines/marks |
| Shortage of Material | |
| Friction Traces (fretting) | |
| Presence and absence of components | |
Options
- Character recognition (OCR)
- Automated production report
- Inspection results recorded on a centralized database (compatible with PowerBI)
- Production statistics recorded on a centralized database (compatible with PowerBI)
Key Technologies
- Industrial camera
- Lighting system, dedicated to the surface finish to be inspected
- OwlVision Software enabling the characterisation and classification of defects according to inspection requirements
- 6-Axis Fanuc© Robot
- Hand-held part: The robot grabs the part and moves it within the machine, to the inspection tools Parts Cleaning System
- Remote connectivity system for 24/7 technical support: camera, router 4G and tablet Ergonomic drawers for quick loading of a batch of parts
Advantages
- Secure closed cell reduces the risk of injury to your operators
- Compact cell easily integrated into your production line
- Improvement of the quality and consistency of inspection
- Accurate location of inspected defects
- Collection of inspection data for better production monitoring
A connectivity system that allows the AV&R technical support team to have a remote view and access to the robotic system.