The Edmund Optics Laser Optical Breadboard is a stable aluminum platform engineered for optical experiments, laser setups, and component prototyping. Pre-drilled and tapped holes enable rapid mounting of optical components without secondary machining. Black anodized construction minimizes stray reflections common in precision optical work. Designed for benchtop integration in laboratory and educational environments where vibration isolation and dimensional stability are critical.
Technical Specifications
• Material: Aluminum
• Surface Finish: Black anodized
• Dimensions: 16″ (width) × 8″ (depth) × 2.5″ (thickness)
• Threaded Hole Pattern: 1/4″-20 UNC
• Hole Spacing: 1″ on-center
– Key Features
• Pre-drilled and tapped holes eliminate custom machining for standard mounting configurations
• Black anodized finish reduces optical reflections and improves contrast in optical setups
• Aluminum substrate provides thermal stability and corrosion resistance in laboratory environments
• 1″ grid spacing aligns with industry-standard optical mount pitch
• Flat work surface accommodates multiple component arrangements
– Typical Applications
• Laser beam path alignment and optical testing
• Spectrometry and photonics research
• Educational optical demonstrations
• Prototype benchtop assembly
• Component mounting and optical integration
– Compatibility & Integration
The 1/4″-20 tapped holes accept industry-standard optical mounts, post holders, and mechanical fixtures. The breadboard integrates directly into most commercial photonics and optics mounting ecosystems without adapters. The modular 1″ grid permits flexible repositioning of components to accommodate different experimental configurations.
