Maximize on value by opting for a software and scanner package that comes with an Artec scanner of your choice, a Geomagic Design X license, and one or more Artec Studio licenses.
Industry-leading reverse engineering software for converting 3D scan data into feature-based and editable solid CAD models.
Streamline your design and manufacturing workflows with the latest tools for reverse engineering. Scan virtually anything with Artec 3D scanners, and create production-ready designs with Geomagic Design X. Here, you can rebuild CAD data for legacy parts and tooling, recreate non-existent or lost CAD data for parts and molds, design new custom products, and document changes made post-prototype or manufacture.
Utilize initial design ideas for the parts that have been topologically optimized, and generate feature-based results available for further edit and use in CAD.
Create a digital database for key parts with high wear and tear, or parts that fail frequently, to shorten turnaround time and unify your expertise and manufacturing capabilities.
3D scan stamping dies that have been modified after manufacturing to update the original CAD drawings and represent as-built conditions.
Accelerate time to market by utilizing reverse engineering to combine off-the-shelf parts and assemblies with custom-designed parts.
Quickly create production-ready 3D models for broken castings, and reproduce key components with 3D scanning and scan-based design.
Scan an existing part or an entire product to create a 3D reference for a brand new or customized product.
Digitize hand-built prototypes commonly made using foam, cardboard, or modeling clay to accelerate the creation of production-ready designs.
Use 3D scan data to manufacture replacement components and spares for expensive heavy equipment in the event of an emergency, and to keep them functioning efficiently.
Reverse engineer virtually anything faster, more accurately, and more reliably with Artec 3D scanners and Geomagic Design X. Scan, process, and export your scan data into Design X to create solid feature-based CAD models for manufacturing and simulation.
