Machine Vision: High Performance, CV-5000 Series

CV-5000 Ultra-High-Speed, Multi-Camera Vision Systems

Online Support and Services

Features

CV-5000 Series
The Industry's Most State-of-the-art Problem Solving Tool is Now Even Better. Introducing the New CV-5000 Series, Relentless in Its Ability to Solve Challenging Applications.
For more details, download the PRODUCT CATALOG by clicking the CATALOG icon above.

11x high-speed, 5 million-pixel camera

Ultra high-definition image processing is now available

The 11x high-speed camera transfers ultra high-definition, 5 megapixel images (2432 x 2050 pixels) in 61.2 ms (16.3 times/sec). High-speed production lines can now harness the benefits of high-precision image processing. The new CV-5000 Series accepts up to four 5 million-pixel cameras and transfers the images simultaneously, allowing for high-definition inspections of up to 20 million pixels.

3+1 processor technology

High-speed, parallel processing system

The 3 + 1 parallel processing architecture addresses the heavy processing needs required by high-volume 5 million pixel-images, color processing, and advanced algorithms that perform complex numeric operations.

Fourteen different camera types

Select the camera best suited for the application

Users can select the optimum camera for their application from the industry's most extensive lineup of 5 million-pixel, 2 million-pixel, and ultra compact cameras. Each camera type is available in color or monochrome models. The CV-5000 Series can simultaneously run up to four different camera types making multi-camera applications more cost efficient.

Introducing an expandable controller architecture

Controller-based illumination

This architecture allows users to increase the flexibility of their systems using expansion units, this includes the camera expansion unit and the light control expansion unit. By limiting the functionality to the essentials, users can meet their requirements, reduce costs, and still maintain the flexibility to upgrade in the future.

Introducing an expandable controller architecture

New defect detection algorithms for tackling difficult applications

Solutions for sophisticated defect inspection applications

Several new algorithms have been added to detect foreign objects or burrs on irregularly shaped profiles. These new algorithms also filter out glare and other background noise so that only the flaws are emphasized.

Trend edge defect detection

Burr and chip detection in molded resin items
Detection of chips in round edges, previously difficult,is now easily detected.

Real-time shading correction

Even if the background irregolaritise cause light and shade difference, foreign bodies are stably detected.

New image enhancement processing

Reliable detection under poor conditions

Significant advances were made to preprocessing functions that eliminate conditional changes caused by workpiece variation. The newly equipped Fine Color Processing function processes full-color information to reliably extract defects from backgrounds with pattern or variations in illumination.

Foreign particle detection on a rounded metal surface

Isolates the foreign particles by cancelling out the metal reflections

Foreign particle detection on diagonal striped background

Removes the striped pattern and reveals only the foreign particle

Full range of statistical and image archive functions

CV-5000 Series controllers come with built-in statistical functions that let the user view the inspection results in realtime. The on-board image archive can store up to 1023 past inspection images that can be reviewed at a later time. Combining these two features allows for detailed analysis of product result trends and failure conditions, making it easier than ever for users to fine tune their program tolerance and settings to improve yield rates.

Full range of statistical and image archive functions

CV-5000 Series

The Industry's Most State-of-the-art Problem Solving Tool is Now Even Better.Introducing the New CV-5000 Series, Relentless in Its Ability to Solve Challenging Applications.