LP830 Longpass Filter (T>90%@840-1200nm, OD4@200-815nm)

Professional LP830 Longpass Filter - High-Performance Near-Infrared Optical Filtering

The LP830 Longpass Filter is engineered for demanding near-infrared applications requiring precise wavelength separation at 830nm. With excellent 90% transmission efficiency and superior OD4 blocking, this filter delivers exceptional performance for advanced NIR optical systems across a broad spectral range up to 1200nm.

Technical Specifications:

• Cut-on Wavelength: 830nm (T=50%)
• High Transmission: T>90% @ 840-1200nm
• Superior Blocking: OD4 @ 200-815nm

Key Applications:

• NIR Fluorescence Imaging: Ideal for deep tissue imaging and biological studies
• Semiconductor Inspection: Essential for silicon wafer analysis and quality control
• Biomedical Imaging: Perfect for non-invasive medical diagnostics
• Material Analysis: Optimal for polymer and pharmaceutical characterization
• Laser Systems: Effective filtering for 808nm and other NIR laser applications
• Industrial Sensing: Quality control and process monitoring

Performance Features:

• Sharp transition edge for precise 830nm cutoff
• High 90% transmission minimizes signal loss
• OD4 blocking provides excellent background suppression
• Broad spectral range from NIR to extended NIR (840-1200nm)
• Consistent performance across entire filter aperture
• Low scatter for clean optical systems
• Stable performance under high-power conditions

Technical Advantages:

• High Performance: Excellent 90% transmission efficiency
• Superior Blocking: OD4 performance ensures excellent rejection of unwanted wavelengths
• Research Grade: Professional quality for scientific applications
• Versatile Range: Broad transmission window for diverse NIR applications

Application Areas:

• Medical Devices: Non-invasive diagnostic and therapeutic systems
• Industrial Inspection: Quality control and material characterization
• Research: NIR spectroscopy and optical studies
• Agriculture: Crop monitoring and food quality analysis

Quality & Reliability:

• Advanced multi-layer coating technology
• Rigorous quality control ensures specification compliance
• Compatible with standard optical mounts and systems
• Suitable for both research and industrial applications
• Designed for high-power NIR laser environments

Perfect for: Near-infrared imaging systems, biomedical research, material analysis, and optical systems requiring high-performance NIR filtering with excellent transmission efficiency and superior visible light blocking.