Advanced laser and photonic systems require high-quality nonlinear optical crystals, precision fabrication, and tight optical tolerances to achieve reliable frequency conversion and stable optical performance. Engineers developing harmonic generation, electro-optic, and scientific laser systems increasingly demand customized crystal solutions.

CeNing Optics custom BBO crystal fabrication combines precision crystal processing, accurate angle orientation, and high-quality optical polishing to produce components meeting demanding specifications. Supporting customized dimensions, optical orientations, and application-specific configurations, CeNing delivers optimized BBO crystals for wavelength conversion and precision laser applications.

With expertise in precision crystal fabrication, strict quality control, and custom optical manufacturing, CeNing helps OEMs, research institutions, and laser equipment manufacturers achieve consistent optical performance and long-term reliability.

Key Features

• Custom BBO Crystal Fabrication
• Precision Crystal Processing
• High Optical Surface Quality
• Tight Angle Tolerances
• Low Hygroscopicity
• Wide Optical Transparency
• Application-Specific Configurations
• OEM Manufacturing Support

Key Specifications

• Material: BBO (Beta Barium Borate)
• Transparency Range: 0.19–3.5 μm
• Dimension Tolerance: ±0.1 mm
• Thickness Tolerance: ±0.02 mm
• Angle Tolerance: <0.5°
• Surface Flatness: λ/8 @ 632.8 nm
• Wavefront Distortion: λ/8 @ 632.8 nm
• Surface Quality: 20-10
• Parallelism: <20 arcsec
• Clear Aperture: >85%

Applications

• Harmonic Generation
• Nonlinear Optics
• Electro-Optic Systems
• Scientific Lasers
• Ultrafast Laser Systems
• Photonics Research
• OEM Optical Equipment

Company Capability

CeNing Optics specializes in precision optical crystal fabrication and customized photonic components for industrial, scientific, and OEM applications. Our engineering team provides custom crystal processing, precision optical manufacturing, and application support to help customers achieve superior optical performance and reliable system integration.