Plane Ruled Grating 600l/mm 250nm-2700nm

• Ultra-Broadband Spectral Coverage: Uniquely designed for the exceptional range of 250nm-2700nm, spanning deep UV, visible, and NIR to mid-IR wavelengths. This single grating can replace multiple components in systems requiring wide spectral analysis.
• Optimized 600 l/mm Groove Density: The 600 l/mm density provides an ideal balance between resolving power and angular dispersion across the entire broadband range, making it exceptionally versatile for general spectroscopy and ideal for integration into a plane grating monochromator.
• Precision Ruled for Optimal Efficiency: Advanced ruling techniques create smooth, accurate groove profiles optimized for broadband performance, ensuring that the plane grating diffraction efficiency remains consistent across the full 250-2700nm spectrum.
• Dual-Band Coating Option: Available with specialized coatings that enhance reflectivity simultaneously in the UV and NIR-MIR regions, maximizing throughput across the entire specified range.
• Excellent Wavefront Quality: Manufactured on high-quality substrates with exceptional flatness, guaranteeing minimal wavefront distortion-critical for maintaining optical system performance across such a broad spectral range.

This versatile plane reflection grating is a fundamental component for instruments requiring wide spectral coverage:

• Research Spectrometers: Ideal for multi-purpose laboratory instruments that must handle everything from UV absorption studies to NIR fluorescence and mid-IR transmission measurements.
• Plane Grating Monochromator: Perfect for monochromators used in tunable light sources or spectral scanning applications requiring broad wavelength coverage with a single grating.
• Environmental Monitoring Systems: Enables detection of multiple atmospheric pollutants that have absorption features spread across the UV, visible, and infrared regions.
• Process Control Instrumentation: Suitable for industrial monitoring applications where raw materials or products exhibit spectral signatures across a wide wavelength range.
• Educational Advanced Laboratories: Provides teaching laboratories with a single component to demonstrate spectroscopic principles from the UV through to the mid-infrared.