
From 3D scan to CAD model with ZEISS Reverse Engineering
Looking for a software solution that makes reverse engineering much easier? ZEISS Reverse Engineering is ready to take your data to the next level. Scan your parts in GOM Inspect or any other software and import your STL, PLY and ASCII-Formats to ZEISS Reverse Engineering. It just takes a few well guided steps to achieve a high-precision CAD model that can be exported to standard CAD formats like IGES, STEP or SAT. So whatever your reverse engineering task: get there fast and easily.
A powerful software for reverse engineering

A guided workflow
ZEISS Reverse Engineering makes it easy to generate a CAD model from scan data such as polygon meshes or point clouds and guides you step by step through the workflow.

High accuracy
ZEISS Reverse Engineering delivers corrected CAD surfaces with the highest accuracy. This is essential, if you want to produce plastic parts that have very high accuracy requirements.

Effective functions
Prepare your data with features like hole filling and flattening, proceed with features like dynamic best fit or extrusion.
Get your CAD – whatever the shape
Scan to CAD for geometrical part
Follow Josh’s instructions to scanning a geometrical part and transforming it into a CAD model using ZEISS Reverse Engineering and the GOM Scan 1. First, he scans a symmetrical part and cuts it in half. Then, he creates basic elements of the part with planes from the mesh. Next, he creates a body from these elements and add details. Finally, he mirrors the part – and has a perfect CAD model of the part.
Geometric parts
Reverse Engineering for geometric forms? 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.
Freeform surfaces
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.
Scan to CAD for freeform part
Discover how Josh uses the software ZEISS Reverse Engineering to create a mold for a freeform shaped part. First, he creates a freeform surface of an already scanned part. Then, he creates a solid cube around the part. Finally, he subtracts the freeform surface from the cube to create the final mold.
Scan to CAD for organic shaped part
Watch Josh as he turns the scan of a highly detailed, organic shaped miniature figurine into a CAD model using the software ZEISS Reverse Engineering. FIrst, he cleans up the mesh, closes holes and removes unwanted features. Then he simply exports the mesh to ZEISS Reverse Engineering. The result: a perfect CAD model, that follows the natural shape of the part.
Organic shapes
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.
Your easy way to a high-precision CAD model
ZEISS Reverse Engineering
How to transform your 3D scans into CAD models
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詳細を知りたいトピックを選択してくださいZEISS Reverse Engineering: How to create a CAD file out of manually modelled parts
Looking for an easy way to create a CAD out of your individually modelled part? Let Matt show you how! With the help of the ATOS Q and the ZEISS Reverse Engineering software the part gets digitized and undergoes step by step virtual modeling. Helpful features support the process to enable fast and intuitive work.
All functions shown are available in the current software version.
ZEISS Reverse Engineering: Importing data
Take it from Josh: Importing data into ZEISS Reverse Engineering is just as easy as importing it into GOM Inspect. If ou’re already using GOM Inspect, simply export into ZEISS Reverse Engineering. Alternatively, you can drag and drop files from your file explorer or use the import option as the top of ZEISS Reverse Engineering. Want to know which file types are supported? Simply take a look at the user guide.
All functions shown are available in the current software version.
ZEISS Reverse Engineering: Edit and align meshes
Let Josh show you how to align and edit your mesh in ZEISS Reverse Engineering. Step 1: Align your mesh with the “best fit via three planes” function to review your part in an intuitive manner. Step 2: Edit your mesh by closing small holes with the “fill holes in mesh automatically” function. Now you have a fully closed and aligned mesh without any unwanted data – and you’re ready to start the reverse engineering process.
All functions shown are available in the current software version.
ZEISS Reverse Engineering: Tips and tricks
In this video, Josh lets you in on some handy tips and tricks to help you get started even faster with ZEISS Reverse Engineering. Learn how to bookmark your favorite functions. Discover how the transparency tool can help you get a better look at specific elements. Learn about how the snapshot tool makes it easy for you to create images for reports. Start using the “fit to screen” icon to get a better view of your part. And minimize clicks by looking at the shortcut list in the user guide.
All functions shown are available in the current software version.
ZEISS Reverse Engineering: Download and installation
Josh shows you how to start using ZEISS Reverse Engineering easily and quickly. All you have to do is download and install GOM Suite first: It’s the control center for all our software solutions, including ZEISS Reverse Engineering.
All functions shown are available in the current software version.
ZEISS Reverse Engineering: Software user interface
In this video, Josh provides a quick overview of the ZEISS Reverse Engineering software user interface and shows you how to set up and start using the software. He covers the basics, including the software settings, the workspaces and some additional functionalities. Watch it and get started!
All functions shown are available in the current software version.
ZEISS Reverse Engineering: Most common functions
Discover the most common functions of ZEISS Reverse Engineering. In first place: the “extract surfaces from parts” function, which leads directly to the “extract solid body” function – two powerful tools, especially for geometry-based parts. Second place: the creation of symmetric parts. Third place: the creation of freeform surfaces. And last but not least: the analysis function of your parts. Let Josh show you what’s what.
All functions shown are available in the current software version.
ZEISS Reverse Engineering: How to transform your 3D scans into CAD models
Meet Josh and let him show you how to transform your 3D scans into CAD models using the software ZEISS Reverse Engineering. Wether you want to reverse engineer a geometrical part, a freeform shaped part or an organic shaped part – Josh gives you a quick introduction to each task, from scanning to obtaining a CAD model.
All functions shown are available in the current software version.
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