Faro updates laser line probes for improved scanning

Key Takeaways

• Faro Creaform has updated its laser line probe portfolio for improved scanning performance
• The update introduces revised image processing algorithms for enhanced scan consistency and reduced time to data
• The new processing approach reduces time to data by up to 60% on representative parts while maintaining measurement accuracy
• The update is compatible with the Quantum X FaroArm and Quantum Max FaroArm systems
• Integration with the Faro 8 Axis Max rotary worktable extends the reach of FaroArm-based measurement systems

Introduction to Laser Line Probes

Laser line probes are widely used in manufacturing for non-contact inspection, reverse engineering, and CAD comparison. They are particularly useful for scanning parts with challenging or contrasting surface finishes, such as dark, reflective, or high-contrast surfaces. However, these surfaces often require additional setup or multiple passes, which can increase scanning time and reduce accuracy.

Updated Image Processing Algorithms

The updated laser line probe portfolio features revised image processing algorithms that improve scan consistency and reduce time to data. The new processing approach, which utilizes the DTEX processing pipeline, is designed to handle image data more efficiently, resulting in more consistent point clouds with less adjustment. This update is particularly beneficial for scanning parts with difficult materials, as it reduces the need to adjust acquisition parameters.

Comparison of Laser Line Probe Models

The following table compares the key features of different laser line probe models:

Integration with Faro 8 Axis Max Rotary Worktable

The updated laser line probe portfolio also includes integration with the Faro 8 Axis Max rotary worktable, which extends the reach of FaroArm-based measurement systems. When used with the Quantum X FaroArm and laser line probes, the system measures part rotation through integrated encoders and combines it with arm data to support continuous coordinate measurement workflows.

Benefits and Applications

The updated laser line probe portfolio offers several benefits, including improved scan consistency, reduced time to data, and enhanced performance across a wider range of surface types. These benefits make it an ideal solution for inspection, reverse engineering, and quality control applications in manufacturing environments.

Bottom Line

In conclusion, the updated laser line probe portfolio from Faro Creaform offers significant improvements in scanning performance, particularly for parts with challenging or contrasting surface finishes. With its revised image processing algorithms and integration with the Faro 8 Axis Max rotary worktable, this update is expected to enhance the efficiency and accuracy of measurement processes in manufacturing and quality control environments. By reducing time to data and improving scan consistency, the updated laser line probe portfolio is poised to become a valuable tool for industries that rely on precise and accurate measurements.