How can image data be evaluated automatically for process monitoring?

By automatically processing live image data, visual information can be transformed into structured process data in real time. Defects, deviations, positions, or measurement values can be detected automatically and analyzed together with other process signals. This provides additional insights that are often impossible to achieve with conventional sensors alone.

What are the benefits of integrating machine vision into industrial processes?

Combining machine vision with process data enables automated quality control in real time. Errors can be detected early before they lead to larger quality issues or downtime. At the same time, linking image and process data improves traceability and simplifies root cause analysis.

How can visual information be synchronized with process data?

Image data can be captured synchronously with machine, sensor, or control signals based on time or process events. This allows visual events to be directly correlated with process conditions, enabling more precise analysis of production workflows and faster identification of causes behind quality deviations or failures.

Which applications benefit most from industrial image processing?

Typical applications include surface defect detection, dimensional inspection, assembly verification, and position tracking in robotics or motion control systems. Automated reading of visual indicators and monitoring of complex machine behavior are also common use cases.

How can machine vision be integrated flexibly into existing automation environments?

Modern machine vision solutions can be connected directly to cameras, control systems, and data acquisition platforms through standardized interfaces. Custom algorithms, for example based on Python or Halcon, enable project-specific analysis and extend existing monitoring systems with additional visual intelligence.

Automatically Extract Information From Image Data

ibaVision

ibaVision integrates professional, industrial image processing into the iba system and enables visual monitoring and analysis of processes. Quality checks can be automated during the production and allow early intervention in the process before major errors occur.

Talk to an Expert

At a Glance Functions Applications Customers Success Stories Service & Downloads

Industrial Image Processing in Real Time

ibaVision serves as a link between the iba system and project-specific image processing solutions.

With version 3, ibaVision introduces a new plug-in architecture that allows building solutions for an even wider array of projects. Independent of the used plugin, the main feature of ibaVision consists of processing image data automatically. Results are presented either as data (numeric/text) or as new images. All these results can be processed, visualized and analyzed with the familiar iba tools in the usual way. In general, automatic inspection images can provide information that is hidden to conventional sensors. Thus, ibaVision provides ways to enhance previously unavailable process information thus offering new possibilities for analysis and automated monitoring.

ibaVision at a Glance

Seamless integration of automated image processing with ibaCapture and ibaPDA
New plug-in architecture: HALCON and Python plugins are included, user-specific plug-ins can be loaded
Use of ibaCapture as image source and storage for processed images
Acquire and visualize image processing results as signals in ibaPDA
Use process signals from ibaPDA in ibaVision
Automated quality control and process monitoring

ibaVision Functions

Discover the comprehensive possibilities of the ibaVision software.

Explore Real Applications

Get inspired by product use cases and learn how value is created.

Companies That Rely on iba

These leading companies already use this component of the iba system.

Join the 2,500+ Customers Worldwide

Contact us – we look forward to hearing from you! Our experts are happy to answer any questions and help you with any challenges you may face.

Talk to an Expert

Success Stories

Read the inspiring success stories of our satisfied customers.

Service & Downloads

Download important resources or contact our support team for further assistance.

To the Download Area Contact us Now

Please contact your local sales partner for details.

Order no.	Name	Description
38.100000	ibaVision	Application for image recognition tasks, HALCON runtime license not included
38.100001	ibaVision with HALCON Runtime License	Application for image recognition tasks including HALCON runtime license
38.100002	ibaVision 2-Program-Add-On	Extension license for 2 additional HALCON applications
38.100003	ibaVision-128-Signal-Add-On	License extension to transfer 128 more output signals to ibaPDA

Frequently Asked Questions (FAQ)

How can image data be evaluated automatically for process monitoring?: By automatically processing live image data, visual information can be transformed into structured process data in real time. Defects, deviations, positions, or measurement values can be detected automatically and analyzed together with other process signals. This provides additional insights that are often impossible to achieve with conventional sensors alone.
What are the benefits of integrating machine vision into industrial processes?: Combining machine vision with process data enables automated quality control in real time. Errors can be detected early before they lead to larger quality issues or downtime. At the same time, linking image and process data improves traceability and simplifies root cause analysis.
How can visual information be synchronized with process data?: Image data can be captured synchronously with machine, sensor, or control signals based on time or process events. This allows visual events to be directly correlated with process conditions, enabling more precise analysis of production workflows and faster identification of causes behind quality deviations or failures.
Which applications benefit most from industrial image processing?: Typical applications include surface defect detection, dimensional inspection, assembly verification, and position tracking in robotics or motion control systems. Automated reading of visual indicators and monitoring of complex machine behavior are also common use cases.
How can machine vision be integrated flexibly into existing automation environments?: Modern machine vision solutions can be connected directly to cameras, control systems, and data acquisition platforms through standardized interfaces. Custom algorithms, for example based on Python or Halcon, enable project-specific analysis and extend existing monitoring systems with additional visual intelligence.