Hexagon adds OPC UA support to SpatialAnalyzer

Key Takeaways

• Hexagon's SpatialAnalyzer now supports OPC UA for seamless integration with industrial control systems
• The update enables metrology-assisted automation for large and complex parts in industries like aerospace, energy, and shipbuilding
• SpatialAnalyzer 2026.1 includes new features like SARCA, a robot-calibration device, and support for the Leica Absolute Tracker ATS800
• The software also integrates with Google Sheets for automated data workflows and supports various precision scanners

Introduction to SpatialAnalyzer and OPC UA

Hexagon's Manufacturing Intelligence division has introduced OPC UA support in its SpatialAnalyzer software, a powerful tool for large-scale metrology and alignment. This integration enables the connection of laser measurement data with industrial control systems used in automated production lines, supporting metrology-assisted automation for complex parts. According to Forecast International, the aerospace industry alone has a combined order backlog of over 16,000 aircraft, equivalent to roughly a decade of production at current delivery rates.

Benefits of OPC UA Support

The OPC UA client in SpatialAnalyzer provides a common communication standard for PLCs, robots, and other industrial control systems, ensuring precise and efficient data exchange. The client includes encryption and authentication for secure data exchange and is supported by 25 new MP/SDK commands for developers building automated OPC UA workflows. This update is particularly significant for large-format manufacturers in aerospace, energy, and shipbuilding, who require high precision and accuracy in their production processes.

Comparison of SpatialAnalyzer Features

New Features and Updates

SpatialAnalyzer 2026.1 also introduces several new features, including SARCA, a robot-calibration device that improves industrial robot accuracy by up to ten times. The software supports the Leica Absolute Tracker ATS800 for room scanning and conventional laser position tracking, as well as direct scanning of features. Additionally, SpatialAnalyzer 2026.1 includes expanded support for precision scanners, such as the API LADAR, Leica RTC360, and Nikon LR, along with compatibility with RDS 6.6 and the Leica TS20.

Bottom Line

The introduction of OPC UA support in SpatialAnalyzer marks a significant milestone in the development of metrology-assisted automation for large and complex parts. With its enhanced features and updates, SpatialAnalyzer 2026.1 is poised to revolutionize the manufacturing industry, enabling manufacturers to increase production while maintaining precision and accuracy. As the demand for large-format manufacturing continues to grow, Hexagon's SpatialAnalyzer is well-positioned to meet the needs of industries like aerospace, energy, and shipbuilding, providing a powerful tool for metrology-assisted automation and precision manufacturing.