The Keysight 10767B is a lightweight retroreflector engineered for precision measurement and positioning applications within laser interferometer systems. Optically identical to the 10767A model, it delivers measurement-grade performance in a reduced-mass housing designed to eliminate distortion on sensitive platforms. The 10767B excels in applications where standard retroreflector weight poses mechanical constraints—small robotic systems, coordinate measuring machines, and other weight-critical installations. It serves as a core optical component in Keysight 5530 Laser Calibration systems, enabling precise calibration, positioning, and quality assurance workflows.
Technical Specifications
• Beam size: 6 mm (0.24 in)
• Optical performance: Identical to Keysight 10767A retroreflector
• Housing construction: Lightweight design for reduced distortion
• Primary system platform: Keysight 5530 Laser Calibration systems
• Linear interferometer compatibility: 10766A
– Key Features
• Measurement-grade optical performance with weight optimization
• Reduced-mass housing minimizes deflection and mechanical distortion
• Direct compatibility with Keysight laser heads and system electronics
• Configurable within broader interferometer system architectures
– Typical Applications
• Small robotic systems requiring precision positioning feedback
• Compact coordinate measuring machines (CMMs) with weight sensitivity
• Laser-based calibration workflows in precision manufacturing
• Systems where retroreflector mass would induce unacceptable measurement error
– Compatibility & Integration
The 10767B integrates into laser interferometer systems as the measurement optic element. When paired with appropriate laser heads and system electronics, it forms a complete positioning or calibration system. Configuration flexibility allows tailoring to specific physical layouts and measurement requirements across the Keysight 5530 platform and related linear interferometer architectures.
