Geomagic 3D software and hardware tools are industry leaders for one simple reason: they work. For reverse engineering, inspection, scanning, cleaning up point clouds, or working with mesh based geometry, no other set of solutions comes close to the capability and robustness of the Geomagic. Geomagic Design X for Artec 3D scanners. Geomagic Design X is an all-round, professional reverse engineering software with a smart combination of history-based CAD with 3D scan data processing, letting you produce feature-based, editable solid models compatible with your existing CAD software. What is Geomagic for SOLIDWORKS? Imagine being able to capture anything in the physical world and have a digital solid model of it in minutes. Geomagic ® for SOLIDWORKS is a reverse engineering software toolset that plugs directly into your SOLIDWORKS environment, giving you advanced capabilities to make tools, point clouds, and polygons more usable in your design process. Abstract: Processing method of digital model construction by reverse engineering design based on Geomagic Studio and Pro/E software was explained firstly with a typical craft surface as an example, then some key steps such as processing of cloud and processing of surface were explained, some key problems such as method of reference and method of registration were discussed in the end. Mirror justin timberlake m4a downloads. Mark from GoMeasure3D gives a brief look at how Geomagic Design X works and demonstrates some of the software's features. Geomagic Design X software combines.

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Geomagic Studio – a software package that provides extensive opportunities for reverse engineering, allowing you to create a surface model of the object on digitized data. See all results for this question. The package differs from others in its ease of operation and training, an intuitive interface and high speed with large data volumes (up to 100 million points). The support of multiprocessor computing systems is realized. It supports interaction with almost all scanners and 3D digitization devices, as well as import of digitization data of various formats.
The program implements the ability to combine several point clouds into one. The program Geomagic Studio has a large number of tools for cleaning the array of data from “noise” (mistakenly digitized points), reducing the number of points by thinning and ordering, taking into account the curvature. There are ample opportunities for creating triangulated surfaces, filling holes in them taking into account the curvature of the surface.
There are tools for editing polygons, smoothing, applying logical operations (intersection, union, subtraction) and drawing text. The program automatically determines the planes, cylinders, axes, round and rectangular holes and grooves. Geomagic Studio allows both manually and completely automatically, to create NURBS surfaces. There are tools for determining flat surfaces, as well as for intersecting the resulting surface with planes. There is the possibility of analyzing the curvature of the surface, comparing it with the initial point cloud to assess the quality of the model construction.
The Geomagic Studio software package includes the ability to automate processes using templates and macros, as well as writing native programming modules in Visual Basic, C, C ++ or Java.
The resulting triangulated and NURBS surfaces are exported to any CAD system, design and animation programs for further use.
Geomagic Qualify is a metrological software that allows you to make the process of checking the quality of manufacturing products in modern production more detailed and quick. The package differs from others in its ease of operation and training, an intuitive interface and high speed of operation. The support of multiprocessor computing systems is realized. It supports interaction with almost all scanners and 3D digitization devices, as well as import of digitization data of various formats.
In the program it is convenient and understandable to realize the possibility of controlling linear and angular dimensions both on the plane and in space, as well as deviations of the shape and mutual arrangement of the surfaces in accordance with the requirements of the drawing. The program has a large number of tools for working with point clouds and CAD-models, for their combining and graphical comparison in the form of a color palette of deviations.
Geomagic Qualify allows you to easily and quickly create various types of reports, from the simplest to the most detailed. Also, the program has a powerful automatic reporting function, which allows you to save a large amount of time spent working out the results. Various report formats, such as HTML, PDF, MS Word, MS Excel and CSV, allow you to meet all the requirements for registration issued by the customer.
The Geomagic Qualify software package includes the ability to automate processes using templates, macros, and writing native program modules in Visual Basic, C, C ++, or Java. This allows for automated control of batches of parts with the possibility of subsequent statistical analysis of the information received (SPC). There is a special module that allows automatic control of the geometry of turbine blades with the calculation of sizes in characteristic sections and the subsequent creation of a report.
Extras. Information: Functional description:
* Basic elements and characteristics:
O planes, axes and points
O openings round, elongated and rectangular, edges
O automatic creation of basic elements and characteristics of the CAD-model
* Combination:
O by reference base elements and characteristics
O RPS (Base Point System)
O according to rule 3-2-1
O best approximation method
O use of transformation matrices
* Three-dimensional analysis:
O color maps of deviations
O Distribution histograms and adjustment of the color scale of deviations
O deviation beyond tolerance
O showing the values of deviations at given points with the help of labels
* Two-dimensional analysis:
O analysis of deviations in cross sections
O analysis of boundary edge deviations
* Measurements:
O volumetric measurements on basic elements and characteristics
O measurements of angles and distances in characteristic sections
O automatic calculation of dimensions in cross sections that determine the aerodynamic properties of turbine blades
O control of the shape and surface tolerances
* Creating reports:
O formats: HTML, PDF, MS Word, MS Excel and CSV
O Reporting in 3D using VRML
* Automation:
O Full automation of the processes from data loading to the creation of reports
O Using templates to control the batch of parts
* Instruments:
O screen snapshots with a single mouse click
O mirroring / scaling / copying
* Processing of large data sets:
O intelligent memory management
O Multi-threaded operations for multiprocessing
O batch processing of data
* Work with points and polygons:
O a sample taking into account the curvature of the surface
O point shift to compensate for the thickness of the part
O removal of disturbances (erroneous points) with display of deviations
O the creation of points from a triangulated surface
O decrease in the number of points (thinning out)
O Smoothing and averaging points
* User interface:
O customizable toolbars, convenient and detailed drop-down menus, and also “hot keys” for frequently used commands
O user-customizable program color themes
O floating panels and windows
O Macro commands created by the user
O context-sensitive help
* Developer tools:
O built-in command set (API) for equipment management
O Ability to write your own program modules using languages such as Visual Basic, C, C ++ or Java
Importing files:
* Formats for importing the results of digitization:
O 3PI (ShapeGrabber); AC (Steinbichler); ASC (ASCII common format); BIN, SWL (Perceptron); BRE (Breuckmann); CAM, CDK, CDM, VVD (Minolta); CWK (Kreon); COP (Pulsetech); DBT (Digibotics); DPI (Dimensional Photonics); G3D, SURF (GOM); GPD, MGP (Geomagic); GTI (Genex); HYM (Hymarc); ICV (Solutionix); MET, MTN (Metro