The Agilent/Keysight 10744A is a laser head component engineered for high-precision measurement applications in interferometry and metrology systems. It functions as a stable, accurate laser source critical to demanding industrial and scientific measurement environments. The 10744A enables sub-nanometer resolution performance and supports precise positioning and calibration tasks essential to modern metrology workflows.
Technical Specifications
The 10744A laser head is optimized for integration within Keysight laser interferometer systems and measurement optics platforms. Its design facilitates high-precision displacement and straightness measurements across dynamic measurement ranges. The component aligns with Keysight 5530 laser calibration system architectures and coordinates with supporting measurement optics including straightness measurement modules.
– Key Features
• Stable laser source for precision interferometry applications
• Achieves sub-nanometer resolution in measurement tasks
• Operates in both air and vacuum environments
• Modular integration with Keysight measurement optics ecosystems
• Supports accurate positioning and system calibration functions
• Compatible with VMEbus platform configurations for laser axis measurement and environmental compensation
– Typical Applications
• Semiconductor lithography alignment and positioning
• Aerospace and defense precision metrology
• Manufacturing process control and dimensional verification
• High-accuracy displacement measurement systems
• Straightness and geometric tolerance verification
• Industrial calibration and standards traceability
– Compatibility & Integration
The 10744A integrates with the Keysight 10744A Fixturing Kit, which provides mounting hardware for flexible optics configuration and simplified system setup. The laser head coordinates with Keysight laser interferometer systems, straightness optics modules (10774A short-range and 10775A long-range variants), and laser axis boards for VMEbus environments. This modular architecture enables rapid deployment across diverse measurement platform configurations.
