T＞90%@780-1000nm+R>99%@600-760nm Longpass Dichroic Mirror(LPDM)

Professional Red-NIR Longpass Dichroic Mirror - Advanced Near-Infrared Optics

This high-performance longpass dichroic mirror provides exceptional wavelength separation between the red and near-infrared spectral regions, making it ideal for advanced fluorescence microscopy, biomedical imaging, and NIR optical systems. Engineered for 45° angle of incidence, this mirror delivers superior performance for demanding applications requiring precise red-NIR wavelength control.

Key Specifications:

• Transmission: T>90% @ 780-1000nm (Near-infrared region)
• Reflection: R>99% @ 600-760nm (Red region)
• Angle of Incidence: 45°
• Mirror Type: Longpass Dichroic
• Spectral Range: Red to near-infrared spectrum

Applications & Benefits:

• Fluorescence Microscopy: Perfect for Cy5, Alexa Fluor 647, and NIR fluorophore imaging
• Biomedical Imaging: Essential for deep tissue NIR imaging and diagnostics
• Multi-Photon Microscopy: Critical component for advanced imaging systems
• Flow Cytometry: Wavelength control for red/NIR channel separation
• Laser Systems: Beam combining for red and NIR laser applications
• Optical Coherence Tomography: Wavelength selection for OCT systems

Technical Advantages:

• Ultra-high reflection (>99%) in red region minimizes signal loss
• Excellent transmission (>90%) in NIR preserves detection sensitivity
• Sharp spectral transition at ~770nm for precise channel separation
• 45° angle of incidence optimized for compact optical designs
• Extended NIR transmission up to 1000nm for broad spectral coverage

Biomedical Excellence:

• Deep Tissue Imaging: Optimized for NIR penetration in biological samples
• Cy5 Compatible: Ideal for cyanine dye fluorescence applications
• Multi-Channel Systems: Enables simultaneous red/NIR imaging
• High Sensitivity: Superior signal-to-background ratio for weak signals

Quality Features:

• Advanced multi-layer dielectric coatings for superior performance
• Premium optical glass substrate with exceptional surface flatness
• NIR-optimized coatings ensure consistent performance across the spectrum
• Temperature-stable performance for reliable operation
• Rigorous spectral testing guarantees performance specifications

Why Choose SyronOptics Red-NIR Dichroic Mirror? Our longpass dichroic mirrors are specifically engineered for applications requiring precise red-NIR wavelength separation. With >99% reflection in the red region and >90% transmission in the NIR, this mirror is the professional choice for advanced microscopy and biomedical imaging systems.

Essential for fluorescence microscopy, biomedical imaging, and NIR applications requiring precise red-NIR spectral control.