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AI-powered 3D inspection system delivers fast deployment, ease of use, and reliability

Backed by artificial intelligence, the In-Sight L38 is a next-generation 3D vision system that allows manufacturers to perform highly reliable inspections.  

Using a combination of powerful optics, industry-proven vision technology, and embedded AI, the system captures detailed 3D images and analyzes depth information to detect subtle features and measure them against pass/fail thresholds.  

In-Sight L38 solves a range of inspection, measurement, and guidance applications with accuracy to ensure every product meets high quality standards, down to the smallest detail.

• Improve inspection reliability and throughput with AI and advanced imaging 
• Maximize operational efficiency with fast, easy deployment 
• Scale your automation with a flexible vision platform 

AI and 3D technology deliver reliable inspection results

Using advanced AI and 3D imaging technology, the In-Sight L38 identifies subtle and variable features, and measures variances against defined tolerances. With each use, the embedded AI learns and adapts, improving the ability to detect even previously unseen anomalies to ensure continuous improvement and operational efficiency.

 

Powerful optics reveal fine details for better quality control 

In-Sight L38 offers advanced optics on-device, with no external lighting required. Speckle-free and high-powered laser lines maximize contrast, even against challenging surfaces, and generate high-resolution images to improve the accuracy of automated inspections. 

 

Unique, high-powered laser line quickly scans parts for higher throughput

• Delivers fast acquisition rates to support high line speeds 
• Meets Class 2 safety standards, eliminating the need for expensive enclosures and allowing users to make adjustments without stopping the line 
• Offers 5X more light than conventional sensors to enable image acquisition at greater distances 

Patented, speckle-free laser reduces optical noise to create high-contrast images 

• Minimizes speckle and glare, common problems for 3D laser systems
• Captures higher resolution images than traditional laser displacement sensors 
• Delivers the most consistent laser line in the industry for more reliable scanning