VG InLine 3.0
VG InLine 3.0 自动化工业CT无损检测的过程。现成的软件包允许高级in-line或at-lineCT检查和分析。利用VG InLine,在产品生产过程或质量实验室中您可以使用循环分析模板来自动检查零件。
VG InLine 3.0 offers:
Unlike currently available custom-built solutions, VG InLine 3.0 is highly flexible. Other in-line CT inspection systems are often geared to just one task, so that changes are usually difficult and very expensive to implement. VG InLine 3.0 on the other hand, you can easily recon-figure yourself; whether you have to adjust for small changes to the product design or whether you want to use your CT system for testing a totally different product.
■Broad Feature Set
VG InLine 3.0 Complete offers full scope of features of VGStudio MAX 3.0 , e. g., wall thickness measurement, nominal / actual com-parison, fiber orientation analysis, and defect detection (pores, voids,inclusions).* It transforms your CT system into a universal automated metrology and NDT tool. As VGStudio MAX 3.0 , VG InLine 3.0 works natively with voxel, point cloud, mesh, and CAD data.
VG InLine 3.0 understands almost all formats of reconstructed CTvolumes. Even if you have a CT system that writes files in a proprietary format, VG InLine 3.0 can normally handle these files with its pre-processors.** And because VG InLine 3.0 also works natively with point clouds and meshes, you can use it with or integrate tactile and optical scanners when required.
The concepts of macros and templates, well known from VGStudio MAX , form the basis of all automation with VG InLine . Together they constitute jobs which define what VG InLine 3.0 does with CT data sets.
New if-then statements in jobs allow even more complex inspections with VG InLine 3.0 : For example, you can determine if it’s part A or B and – as a consequence – run different analyses. Or maybe further analyses are unnecessary if the first analysis, e. g., finds an in-sufficient wall thickness.
■How it works：
■ With jobs you define what VG InLine 3.0 does with CT data sets.
■ Build a new job from scratch by combining macros and templates. Or duplicate and modify an existing job.
■ Use VGStudio MAX 3.0 to create macros and templates and drawfrom the full scope of available analyses.*
■ For the first time, you can include if-then statements in your jobsin VG InLine 3.0 .
■ To save time, you can tell the software to execute recurring steps within the inspection process only once.
■ More important jobs will be calculated first. For example, you can use several CT scanners to scan various parts and assign a different priority to each inspection process.
■ If an inspection could not be finished (e. g., because of a computer or network problem), VG InLine 3.0 ensures that it will be processed again.
■ A dashboard keeps you informed about the status of your inspections and the results for every part at all times. If desired, VG InLine 3.0 shows you detailed results in real-time – read-onlyand therefore absolutely secure.
You create macros and templates as usual with VGStudio MAX 3.0 you don’t need special knowledge in VG InLine 3.0 .
And when it comes to setting up jobs, our software assists you: A job wizard guides you through the process and an advanced editor allows if-then job creation via drag and drop. Both tools also help you find inconsistencies in your jobs and macros before they occur during operation.
■The general setup procedure of VG InLine 3.0 is straightforward:
■ Install VG InLine 3.0
■ Create macros and templates in VGStudio MAX 3.0
■ Create jobs in VG InLine 3.0
■ Specify input directories for each job
■ Specify what to do with processed input data
■ Specify what to do with result data
■ IStart VG InLine
In-line or At-line
Because of the simple idea to automatically analyze incoming data with a recurring analysis pattern, the software can be used flexibly.
■ Fully automated, in-line: 100 % inspection in industrial production
■ Fully or semi-automated, at-line: small batch series inspection in industrial production or in quality labs
■ Semi-automated: sample tests in quality labs or at service providers
Especially for automated inspection tasks it is often not feasible to compare a part to the ideal design. Instead it makes sense to teach the software how an average ‘good’ part should look like and what deviations are ‘normal’. For this, a reference volume needs to be cal-culated out of actually manufactured parts that have been classified as ‘good’.* Based on the reference volume, VG InLine 3.0 performs a nominal / actual comparison. Or it compares gray values, but also more complex features such as fiber orientations. Using a reference volume is not only much faster than conventional analyses. It’s also way more sensitive and less error-prone, and therefore the best choice for automated testing.
VG InLine 3.0 integrates seamlessly in your larger process. It recon-structs incoming CT data sets efficiently on the fly. They need not to be saved on a hard drive nor reloaded.
Outgoing data such as statistics or analyses are passed along to other software via built-in interfaces. An SDK opens up VG InLine 3.0 to external software such as a shop floor control system.
下载路径：《VG InLine 3.0 功能介绍》