CY9578 Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x15 mm SHG@1064nm Type I (e-oo)

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x15 mm SHG@1064nm Type I (e-oo) Description

Lithium Triborate (LiB3O5) is a nonlinear optical crystal engineered in a 3x3x15 mm dimension for second harmonic generation at 1064 nm using Type I phase matching. The defined dimensions assure clear beam propagation and effective interaction length within laser cavities. The crystal's optical properties make it suitable for frequency conversion in advanced laser setups while its controlled growth process minimises scattering losses.

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x15 mm SHG@1064nm Type I (e-oo) Applications

1.       Optical Communication Systems
   - Used as a frequency-doubling element in laser modules to achieve wavelength conversion by exploiting its nonlinear optical properties. This leads to improved signal modulation in fibre-optic networks.

2.       Laser Instrumentation
   - Applied as a second harmonic generator in laser design to stabilise output wavelengths by utilising its controlled phase matching. This results in enhanced beam quality for spectroscopy.

3.       Scientific Research
   - Serves as a component in experimental setups to study nonlinear phenomena in optical materials by benefiting from its consistent SHG efficiency. This facilitates precise experimental measurements.

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x15 mm SHG@1064nm Type I (e-oo) Packing

The crystal is secured in a custom-designed anti-static container accompanied by a foam insert to cushion against vibrations. It is wrapped in a moisture barrier film and stored at a controlled ambient temperature. The packaging minimises particulate contamination and mechanical stress. Options for customised labelling and compartmentalised storage are available upon request.

Frequently Asked Questions

Q1: How does the crystal geometry affect SHG performance?
A1: The 3x3x15 mm size defines a specific interaction length that optimises frequency conversion efficiency. The geometry ensures effective beam overlap and phase matching for second harmonic generation at 1064 nm, critical for stable optical performance.

Q2: What quality control measures are applied during production?
A2: Stanford Advanced Materials employs interferometric surface analysis and dimensional verification to control defects. This rigorous inspection ensures that the crystal meets phase matching criteria and maintains consistent optical properties for reliable SHG performance.

Q3: Can the crystal be integrated with standard laser assemblies?
A3: Yes, the defined dimensions and optical clarity allow for integration into laser cavities and experimental setups. This compatibility simplifies alignment procedures and supports reproducible results in optical research and industrial applications.

Additional Information

Nonlinear optical crystals such as Lithium Triborate (LiB3O5) play a critical role in frequency conversion processes in laser technology. They are often evaluated by their ability to maintain phase matching and minimise losses during harmonic generation. Advances in crystal growth and precise machining have expanded the use of these materials in both industrial and laboratory applications.

Understanding the material properties and crystallographic orientation is essential for optimising optical systems. Researchers continue to explore the impact of growth conditions on defect density and optical absorption, which has direct implications on the efficiency of second harmonic generation and overall system performance.