Geomagic Design X | Post-scan workflow software • 3DSL

Geomagic Design X: Affordable Reverse Engineering Software

From $1,900

Geomagic Design X is a powerful yet affordable reverse engineering software that converts 3D scan data into editable CAD models.

As the most cost-effective option in the Geomagic suite, Design X offers vital features without unnecessary complexity.

Key Features

Handles large, high-resolution scan data with ease

Converts 3D scan data into feature-based CAD models

Integrates with major CAD platforms like SolidWorks

Includes advanced tools for mesh cleaning, repair, and optimisation

Benefits

Accelerates design cycles by up to 90% compared to manual methods

Saves time and reduces labor costs associated with traditional reverse engineering methods
Enables rapid prototyping and iteration, speeding up product development timelines
Reduces errors and inconsistencies common in manual measurements

Enables quick recreation of legacy parts and tooling

Quickly recreate obsolete components from scanned data, extending product lifecycles
Reproduce complex geometries accurately, reducing the need for expensive tooling
Facilitates the redesign and reengineering of legacy systems

Allows customization of existing products

Easily modify dimensions, features, and geometries of scanned parts
Enables mass customization without changing tooling or production processes
Supports personalized product offerings based on individual customer preferences

Streamlines quality control and inspection processes

Automates dimensional checks against CAD models, reducing human error
Identifies deviations and variations between scan data and CAD models
Generates detailed inspection reports for documentation and compliance purposes

Post-Scan Workflows

Data Cleaning and Optimisation

Repair mesh imperfections
Fill holes and gaps
Align multiple scans

Feature Extraction

Identify key design features like holes, cylinders, etc.
Extract 2D/3D sketches from scan data

Modeling and Refinement

Create solid CAD models from scan data
Add dimensions, tolerances, and annotations
Perform design modifications and optimisations

Validation and Analysis

Compare CAD models to scan data
Analyse deviations and surface variations
Generate inspection reports