Want to speed up your evaluation process even more? Create customized generic reports that can be applied to parts in your production process. This way, you can create a statistical dashboard with all your relevant statistical analyses. Simply select the part and data you want to evaluate.

ZEISS PiWeb supports you with any kind of statistics that help tracking your production quality! Detail pages enable a myriad of visualization possibilities of your statistics. Incorporate useful tools such as box plots, histograms, trend lines and bar charts. Have you tried it yet?

Want to create CAD models quickly and simply from polygon meshes or point clouds? Or need to reduce tool optimization iterations and mold making? Do you want to improve your CAD data for additive manufacturing? All this is possible with ZEISS REVERSE ENGINEERING! Simply edit your measurement data in the software to get a watertight CAD. The software will guide you through the workflow step by step no matter which shape your component has. Watch the video to find out more! And don't forget to activate your 14-day trial period in the ZEISS Quality Software Store!

The new feature saves you even more time when creating your CAD model – especially when it comes to complex geometries. Want to know how it works? Sketches are created in sectional planes, which are optimized by defining dimensions and constraints. In a final step, the bodies can be created from the sketches with one simple mouse click. Watch the video to see how it looks in the software.

It can be hard to find the most relevant information in standard reports. Break down your quality data to the smallest detail with linked reports. Really “drill down” your data from high-level production KPIs to single measurement values and quickly identify problem areas. Find an example in the video.

Traditional, standard report templates don’t suit your requirements? No problem with ZEISS PiWeb! Integrate 3D surface or flush & gap analysis, form plots, section views or images into your reports. Even internal defect analysis from CT scans can be integrated effortlessly. Turn a bad result into a quick action!

Want to imbed a CAD or a ballooned drawing into your reports? Or create mandatory input fields, generate QR codes or barcodes? Need to create, approve or block measurements? We have you covered. Use the manual data entry function to enter your information directly in PiWeb monitor. You can also connect your manual device with a digital interface to PiWeb to add the values. Take advantage of the full flexibility to digitize manual processes!

ZEISS PiWeb is more than just a reporting software! Use the Notifications module and get informed automatically via email or desktop client when parts or characteristics trend out of tolerance. How? The integrated event handler actively compares incoming quality data against defined rules, and thus, immediately informs the responsible person. Watch the video to see how it looks like in the software!

How does the quality look like at machining center 1? How was the quality yesterday during the night shift? Do you often need to answer ever-changing question arising in production? See in the video, how to apply multiple filters to interpret mountains of data.

The sorting function helps you to effortlessly prepare results exactly how you want them. The sky is the limit! For example, you can sort a single measuring result via tolerance to show characteristics that need the most attention first or sort multiple results by an attribute like lot number.

Analyze your measurement data easily and quickly without being a software expert. With ZEISS PiWeb, it is as easy as pie to group data based on available quality data characteristics. For example, you can compare the quality between mold cavities. Find out more in the video!

Part distortion due to warpage can be the cause of a part not fulfilling its function. If it is within an acceptable range, part distortion is uncritical and can be eliminated during subsequent assembly. In this new training course, you learn how to bring an actual mesh measured in an unclamped state to a clamped state and do it completely virtually using the De-Warp package. This way, it is possible to assess the part in the installation situation although it has been measured unassembled.

Book our new Basic Training on ZRE now! It teaches you everything you need to know to get started using ZEISS Reverse Engineering (ZRE) - from an introduction to the user interface to reverse-engineering complete parts. During the training, you will for example learn about the basic functionalities to perform automatic surface reconstructions as well as detailed functional-oriented reconstructions and will apply them yourself.

This package removes distortions virtually and allows you to assess warpage of plastic parts. Instead of using clamping devices to measure a part in its assembled state you can define virtual fixing points and gather a lot of additional information. De-Warp is a real innovation for the quality assurance of plastic parts. De-Warp can be used with ZEISS INSPECT and ZEISS INSPECT X-Ray. As a Pro user it is automatically available for you in the Package section. If you are working with the free software and are interested in De-Warp, you can start your 14 day trial of the Pro version now.

Would you like to try out all the advantages of ZEISS INSPECT for yourself? Then take the opportunity now and get a free 14-day trial version. Simply navigate here in the ZEISS Quality Suite (Version 3.0.1101.0 or higher) to the desired software and click "Try Pro".

Would you like to increase the quality of your produced parts and reduce costs? Then read all about form and position tolerances in our new whitepaper. You will learn about the advantages of form and position tolerances and the categories they fall into, what tolerance zones are and how to interpret tolerances correctly.

In this eLearning you will learn how to measure all kinds of holes, trimmed edges and hemmed edges correctly. Also, the measurement of beveled surfaces and bolts can be practiced. After visiting the training course, you will be able to deal with most potential upcoming issues in an efficient and reliable way.

If you want to create a CAD model for a part with an organic shape or if you like to continue reverse engineering, designing and modeling with a CAD – it will take you just a few clicks to get there. Have a look at the video.

Export your mesh to ZEISS Reverse Engineering and start to create, combine, extract and adjust. While doing that, you are in control of the whole process and generate exactly the result you need.

ZEISS Reverse Engineering offers you various functionalities to achieve the highest accuracy for freeform surfaces. To convert your mesh, use “Surface Approximation to Points” by example. Afterwards, the software guides you step by step until you create your mold.

We have developed a basic training that will guide you through all the essentials of working with ZEISS INSPECT Airfoil - from opening the software for the first time to reporting and exporting your final results. In addition to explaining all fundamental tools of ZEISS INSPECT, this training also covers the underlying recurring concepts and workflows, so that you will feel confident to tackle your very own inspection tasks. During the training, you will learn how to inspect entire parts consisting of airfoils and subcomponents, such as roots, discs, hubs and shrouds.

Taking the first steps in a new software environment can feel overwhelming. Therefore, we have created a basic training that guides you through all the essentials of working with ZEISS INSPECT Optical 3D – from opening the software for the first time to reporting and exporting your final results. This training will not only explain all the fundamental tools of ZEISS INSPECT, but will let you see the underlying recurring concepts and workflows, so that you will feel confident to tackle your very own inspection tasks. During the training, you will perform inspections of increasing complexity and analyze, for example, the distances, diameters and angles of measuring objects. You will also learn how to create and use templates, how to perform alignments, how to create reports and how to identify and solve common problems on your own.

This basic training takes you through all the steps to inspect and evaluate a volume in ZEISS INSPECT X-Ray. Whether you just want to look at slice images or create a complete surface mesh to check distances and other dimensions. You will not only learn all the basic tools of ZEISS INSPECT, but also the recurring concepts and workflows that are the basis of the software. Starting with the volume, a surface mesh is created first and simple inspections are applied to it. Gradually, more complex inspections and other helpful elements of the software will be introduced and the use of them will be practiced. Different visualization options and reporting is also part of the training. In the end, you will be able to perform inspections on your own volume data.

ARAMIS SRX is a high-resolution 3D camera system for dynamic measurement of 3D coordinates, 3D displacements and surface strain. A performance of up to 2000 frames per second, combined with high stability, process reliability and usability make ARAMIS SRX an ideal measuring system for product development, materials research and component testing.

The ATOS ScanBox is a complete optical measuring machine that was developed for efficient quality control in production and manufacturing processes. The ATOS ScanBox 6130 delivers precise and traceable results, guarantees high throughput and is easy to use thanks to its intuitive user interface and the virtual measuring room (VMR), which functions as a central control and measurement planning software.

The ATOS Q sensor is mobile, versatile and therefore perfectly suited for complex measurement and inspection tasks. The compact system meets high metrological demands. Do not hesitate to contact us for further information or requesting a demo—online or on site.

In the FAQ, you find questions and answers about topics like sensors and hardware, 3D inspection, testing, Python and many more.

Do you have questions about functions of ZEISS INSPECT Airfoil and want to exchange experiences with other users? Then the forum is the right place for you. In the subforum “3D Inspection & Mesh Editing”, you will find what you are looking for.

Do you have questions about functions of ZEISS INSPECT X-Ray and want to exchange experiences with other users? Then the ZEISS Quality Forum is the right place for you. In the subforum “3D Inspection & Mesh Editing”, you will find what you are looking for.

Do you have questions about functions of ZEISS INSPECT Correlate and want to exchange experiences with other users? Then the ZEISS Quality Forum is the right place for you. In the subforum “Deformation & Motion Analysis”, you will find what you are looking for.

Do you have questions about functions of ZEISS INSPECT and want to exchange experiences with other users? Then the ZEISS QualityForum is the right place for you. In the subforum “3D Inspection & Mesh Editing”, you will find what you are looking for.

Do you want to analyze CT data? In our Starter Training, you learn basic knowledge for working with the software. It guides you through the volume inspection workflow from data import all the way to reporting your results.

In our Starter Guide ZEISS INSPECT Airfoil, you learn basic knowledge for working with the software. It guides you through the entire blade inspection workflow from data import all the way to reporting. You will learn how to set up a project, what you need to inspect airfoils, how to perform profile inspections, how to perform profile form & position inspections and how to inspect surface defects.

Are you new to ZEISS INSPECT Correlate? In our Starter Guide, you learn basic knowledge for working with the software. You are guided through the inspection workflow of surface and point components all the way to reporting your results.

GOM Scan 1: Small, mobile, powerful. Easy to use. For precise meshes and high-quality data.

If you press Ctrl + Del, you delete the selected 3D area.

If you press the T key, you can create and edit tags within the software.

Would a list with key combinations within the software help you? Simply enter "shortcuts" in the search field of the direct help (top right corner) to get a list with some useful shortcuts. Go to View → Screen Setup → Shortcuts to view the shortcuts for the individual workspaces.

Did you know that you can easily present your results with just one key combination? Just press the F5 key at any stage of you project to open the presentation mode. Here, you have easy access to all report pages.

If you press the I key, ZEISS INSPECT hides the element that is selected in the explorer.

If you press the V key, ZEISS INSPECT shows the element that is selected in the explorer.

If you press the E key, ZEISS INSPECT shows only the element that is selected in the explorer. The software hides all other elements.  

New to ZEISS INSPECT? This free course teaches you the basics: How to navigate the interface and work with the software to inspect parts. It guides you through the inspection workflow from data import all the way to reporting your results. At the end of this course you will know more about the software's capabilities. You will be able to perform simple and dimensional inspections and create comprehensive reports.

Add any element via drag & drop to your 3D toolbar. You can easily move single elements or merge them to one folder with your mouse. To delete elements from the 3D toolbar, drag & drop them on the recycle bin. You can also reset the 3D toolbar to default settings by clicking the right mouse button.

Import a mesh and select this mesh. Go to Operations → CAD → Actual Mesh to CAD to create your CAD file. You only have to import your actual mesh ("Add to part") to start the inspection.