The Newport NRC block 047237-m is an optical breadboard engineered to provide a stable mounting platform for optical experiments and component prototyping. It features a tapped hole grid that enables accurate, repeatable positioning of optical elements in photonics, laser technology, and imaging applications. The breadboard accommodates standard optical bench components and supports precision alignment in research and development workflows.
Technical Specifications
• Mounting Interface: Tapped hole grid for component attachment
• Material Options: Solid aluminum or ferromagnetic stainless steel working surfaces available across Newport’s product line
• Surface Treatment: Matte black anodized finishes offered on aluminum variants to minimize reflections
• Vibration Damping: Breadboard series include damping technologies ranging from solid aluminum to precision-damped and honeycomb core designs
• Flatness Tolerance: Surface flatness specifications vary by series (reference: ±0.008 in. / 0.2 mm over 2 ft. square typical for lightweight models; tighter tolerances available in precision-grade options)
• Hole Spacing: Standard offerings include 1/4-20 tapped holes on 1-inch centers or M6 tapped holes on 25 mm centers
– Key Features
• Dimensionally stable platform for optical component mounting
• Tapped hole grid design ensures rapid component repositioning without fastener inventory complexity
• Multiple damping configurations address different vibration isolation requirements
• Available in imperial and metric hole patterns
– Typical Applications
• Photonics research and development
• Laser system assembly and alignment
• Imaging system prototyping
• Optical bench experimentation
– Compatibility & Integration
The NRC block 047237-m integrates with standard optical bench components. Hole pattern selection—either 1/4-20 or M6 spacing—determines fastener compatibility and mounting accessory selection.
