3D Scanning Solutions for Product Development and Design

FARO CREAFORM 3D measurement solutions quickly capture accurate 3D data from physical parts, prototypes, and existing products, enabling engineering teams to begin design, reverse engineering, or validation with confidence. Because the scan data is accurate the first time, teams spend less time verifying or repeating measurements, reducing design iterations and helping bring products to market faster.

The best FARO CREAFORM solution depends on the application. The HandySCAN 3D PRO series delivers high accuracy for reverse engineering and precision design, while the Go!SCAN 3D series captures geometry, textures, and colors quickly for product visualization, concept development, and digital documentation. Both provide fast, portable data acquisition to support product development workflows.

FARO CREAFORM 3D scanners capture the complete geometry of a physical object and generate a high-resolution 3D mesh. Combined with the Scan-to-CAD module in Creaform Metrology Suite, this scan data can be converted into CAD models that engineers can modify, optimize, or use as the foundation for new product designs.

FARO CREAFORM 3D scanners generate comprehensive 3D models that can be shared across design, engineering, quality, and manufacturing teams. Working from the same accurate 3D data improves communication, reduces interpretation errors, and helps ensure that design intent is maintained throughout product development.

Yes. FARO CREAFORM 3D scanners are designed to capture complex shapes, organic surfaces, intricate details, and difficult geometries that are challenging to measure using traditional methods. Their high-density data acquisition enables designers and engineers to accurately reproduce highly detailed parts for product development and design.

FARO CREAFORM 3D scanning solutions combine portability, metrology-grade accuracy, and fast data acquisition in a single workflow. Because they can scan parts directly where they are located—including prototypes, legacy components, tooling, or large assemblies—they enable engineering teams to quickly obtain the accurate 3D data needed to make informed design decisions and bring products to market faster.