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How to Create Accurate 3D Models and Measurements from Photos with PhotoModeler Scanner v6.2.2.596

PhotoModeler Scanner v6.2.2.596: A Powerful and Flexible Software for 3D Scanning and Modeling from Photos

Do you want to create accurate high-quality 3D models and measurements from photographs? Do you want to use your ordinary camera as a cost-effective tool for 2D or 3D measurement, photo-digitizing, surveying, 3D scanning, and reality capture? Do you want to have a software that can handle various modeling and measuring tasks, from simple to complex, with ease and efficiency?

PhotoModeler Scanner v6.2.2.596

If you answered yes to any of these questions, then you might be interested in PhotoModeler Scanner v6.2.2.596, a software for photogrammetry measurement and mapping from photos. In this article, we will introduce you to PhotoModeler Scanner, its features and benefits, how to use it, what are its applications, and how to get it. By the end of this article, you will have a better understanding of what PhotoModeler Scanner can do for you and your projects.

What is PhotoModeler Scanner?

PhotoModeler Scanner is a software that extracts measurements and models from photographs taken with an ordinary camera. It is based on the principle of photogrammetry, which is the science of measuring and modeling objects from photos.

PhotoModeler Scanner is capable of performing many modeling and measuring tasks, such as:

  • Creating dense point clouds and meshed surfaces from photo pairs

  • Generating accurate 3D models of objects, buildings, landscapes, etc.

  • Measuring distances, angles, areas, volumes, etc.

  • Creating orthophotos, contour maps, digital elevation models (DEMs), etc.

  • Calibrating cameras and lenses

  • Aligning and merging multiple projects

  • Exporting data to various formats (DXF, DWG, OBJ, STL, etc.)

The features and benefits of PhotoModeler Scanner

PhotoModeler Scanner has many features that make it a powerful and flexible software for 3D scanning and modeling from photos. Some of these features are:

  • SmartMatch: A feature that automatically finds matching points across multiple photos, reducing manual work and increasing accuracy.

  • MVS (Multi-View Stereo): A feature that creates dense point clouds and meshed surfaces from overlapping photos, using advanced algorithms.

  • Coded Targets: A feature that uses small printed markers to automate the orientation and scaling of photos, improving speed and precision.

  • NURBS (Non-Uniform Rational B-Splines): A feature that creates smooth curved surfaces from point clouds or meshes, using mathematical functions.

  • Surface Draw: A feature that allows the user to draw directly on the photo or 3D view to create surfaces or curves.

Python Scripting: A feature that enables the user to customize the software's functionality or automate tasks using use PhotoModeler Scanner?

Using PhotoModeler Scanner is not difficult, but it does require some preparation and practice. Here are the main steps of using PhotoModeler Scanner for your projects:

The workflow of PhotoModeler Scanner

The workflow of PhotoModeler Scanner consists of four phases: capture, import, process, and export.


This is the phase where you take photos of your object or scene with your camera. You need to make sure that you capture enough photos from different angles and positions, covering all the details and features of your subject. You also need to ensure that your photos are clear, sharp, and well-lit, avoiding blur, glare, or shadows. You can use a tripod, a remote shutter, or a self-timer to avoid camera shake. You can also use coded targets, scale bars, or reference objects to help with the orientation and scaling of your photos.


This is the phase where you load your photos into PhotoModeler Scanner. You can either drag and drop your photos into the software, or use the File menu to browse and select your photos. You can also import video files or image sequences if you have them. You can then assign camera and lens parameters to your photos, such as focal length, sensor size, distortion coefficients, etc. You can either enter these values manually, or use the software's camera database or calibration tools to determine them automatically.


This is the phase where you create your 3D model and measurements from your photos. You can either use the automatic or manual methods, or a combination of both. The automatic methods include SmartMatch, MVS, and Coded Targets, which can find matching points and surfaces across multiple photos without much user input. The manual methods include Point Clouds, Surface Draw, NURBS, etc., which allow the user to mark points and surfaces on the photos or 3D view to create the model. You can also use various tools to edit, refine, or enhance your model, such as smoothing, clipping, texturing, coloring, etc.


This is the phase where you save or export your model and measurements to various formats for further analysis or presentation. You can export your data as point clouds, meshes, surfaces, curves, vectors, etc., in formats such as DXF, DWG, OBJ, STL, etc. You can also export your data as orthophotos, contour maps, DEMs, etc., in formats such as JPG, PNG, TIFF, etc. You can also export your data as reports, tables, or graphs, in formats such as PDF, CSV, HTML, etc.

What are the applications of PhotoModeler Scanner?

PhotoModeler Scanner can be used for a wide range of applications in different fields and industries. Some of the examples are:

The examples of PhotoModeler Scanner projects in different fields and industries






Creating 3D models of buildings, bridges, monuments, etc.



Creating 3D models of parts, machines, vehicles, etc.


Law enforcement

Creating 3D models of crime scenes, accidents, injuries, etc.



Creating 3D models of organs, tissues, cells, etc.