Inspection Application: Code Inspectionx
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V15 Label Inspection 360° System

This space-saving solution detects label data and quality defects on round products. Six image sensors are enclosed in a compact design that can easily be installed over existing conveyors. The V15 can be extended with top and bottom cameras.

Reading Devices
Smart Camera
Number of Reading Devices
8
Max Camera Field of View
110 x 110 mm
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V11 Label Inspection System

This flexible label inspection solution reliably inspects oriented products from the sides or top for label data and quality defects. It can be easily integrated into existing production lines utilizing smart cameras, lighting, and software.

Reading Devices
Smart Camera
Number of Reading Devices
4
Max Camera Field of View
95 x 71 mm
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V31 Vision Inspection System

Advanced package and label inspection of oriented products. The flexible system includes a rapid installation frame and product tracking for support of up to six cameras and customized lighting.

Reading Devices
PC-Based Camera
Number of Reading Devices
6
Max Camera Field of View
300 x 200 mm
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V33 Flat Pack Vision Inspection System

Advanced bottom inspection of a variety of packages. The system supports customized lighting and can be extended with top cameras for further applications such as seal contamination inspection.

Reading Devices
PC-Based Camera
Number of Reading Devices
3
Max Camera Field of View
300 x 200 mm
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V13 Flatpack Label Inspection System

This solution carries out reliable label inspection from the bottom up to inspect labels on the underside of flat packs. The stand-alone solution offers configurable material handling options and can be extended with top and side smart cameras.

Reading Devices
Smart Camera
Number of Reading Devices
4
Max Camera Field of View
128 x 96 mm
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CV Combination

This fully integrated system offers weight control and completeness check combined with label inspection for all product shapes. The space-saving solution is fully configurable from standardized modules and offers advanced quality control.

Reading Devices
Smart Camera
Number of Reading Devices
8
Max Camera Field of View
110 x 110 mm
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Explore our Services

We support and service your product inspection equipment through its entire lifecycle, from installation to preventive maintenance and calibration to equipment repair.

Uptime. Support & Repair

Performance. Maintenance & Optimization

Compliance. Calibration & Quality

Expertise. Training & Consulting

What is the difference between an OCV system and an OCR system?

Optical Character Recognition (OCR) is a method for identifying printed characters on a package surface. OCR is ideal for variable text fields, where it may not be possible to know what text string will be on the production line. The tool compares a given character image against all the characters in a pre-defined font to find the closest match.

Optical Character Verification (OCV), on the other hand, is looking for a pre-defined value – it is used to check for the accuracy of a code rather than determine what a code is.

OCV and OCR technology can be used in manufacturing facilities for quality checks - for example, as part of a product inspection program that includes package data quality inspection in the food and beverage industry. Machine vision inspection manufacturers such as METTLER TOLEDO CI-Vision offer vision inspection systems with OCV and OCR capabilities for printed data and code verification requirements.

Can OCV systems from METTLER TOLEDO handle variations in label materials or printing processes?

METTLER TOLEDO OCV systems are designed for versatility. They have the flexibility handle the diverse materials and printing methods encountered in real-world production lines. They can be configured to account for variations in label materials, such as the reflectivity of glossy labels or the texture of shrink wrap sleeves. Additionally, the systems can be programmed to accommodate different printing processes, whether it's inkjet, laser, or thermal printing, for consistent and reliable label data inspection every time.

Can OCV systems be used to collect data for label optimization?

Yes, OCV systems can be a valuable tool for data collection. By analyzing the types of label defects that are detected during production, recurring issues can be quickly identified, and labeling processes can be adjusted and optimized to minimize future errors. This data-driven approach can lead to cost savings, boosted productivity, and improved label quality.

Do OCV systems offer multi-language capabilities for label inspection?

Our OCV systems feature advanced character recognition software. This allows them to recognize and inspect labels with text in any language, catering to a globalized market and providing accurate inspection regardless of the language used.