CY9569 Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 10x10x1.9 mm SHG@1030nm

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 10x10x1.9 mm SHG@1030nm Description

Lithium Triborate (LiB3O5) crystal in a 10x10x1.9 mm configuration is engineered for second harmonic generation at 1030 nm. Its dimensions ensure compatibility with standard optical setups whilst its controlled crystalline structure minimises scattering. The low inclusion content and uniform optical transmission support efficient nonlinear frequency conversion, making it well-suited for applications requiring accurate phase matching and stable harmonic generation.

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 10x10x1.9 mm SHG@1030nm Applications

1.       Laser Frequency Conversion
   - Used as a frequency converter in laser systems to achieve effective wavelength doubling by leveraging controlled birefringence. This setup supports efficient harmonic generation whilst preserving beam quality.

2.       Optical Signal Processing
   - Applied as a nonlinear medium in pulse compression modules to shorten laser pulses by utilising its optical clarity. This enhances signal fidelity and minimises pulse distortion in high-speed systems.

3.       Industrial Precision Laser Processing
   - Serves as a key component in solid-state laser equipment to manage beam modulation through consistent phase matching. This improves material processing precision whilst reducing optical losses.

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 10x10x1.9 mm SHG@1030nm Packing

The crystal is packaged in an anti-static, cushioned container with shock-absorbing foam to protect against mechanical stress and contamination. It is sealed in moisture-barrier pouches and labelled with handling instructions for proper storage. The recommended storage is a low-humidity, temperature-stable environment. Custom packaging options, including temperature-controlled containers and individualised labelling, are available upon request.

Frequently Asked Questions

Q1: What process methods are used to control the crystal quality?
A1: The crystal is synthesised using controlled high-temperature growth methods with in-situ monitoring to manage defect density. Post-growth evaluations, including interferometric measurements and SEM inspections, ensure that the optical clarity and uniformity meet technical specifications.

Q2: How does the specified dimension impact integration into optical systems?
A2: The 10x10x1.9 mm dimensions enable compatibility with standard optical mounts, simplifying alignment and insertion in frequency conversion modules. This standardisation facilitates integration into existing laser systems without requiring modifications to the optical layout.

Q3: What storage conditions are recommended to preserve the crystal’s properties?
A3: The crystal should be stored in a dry, temperature-stable environment within its anti-static packaging to prevent moisture ingress and mechanical damage. This helps maintain its optical performance and structural integrity over time.

Additional Information

Lithium Triborate crystals are extensively studied for their nonlinear optical properties, particularly in frequency doubling and optical parametric processes. Their performance is governed by factors such as crystalline uniformity and internal stress relaxation, which are critical in advanced optical applications.

Ongoing research in crystal growth and material characterisation continues to improve the understanding of phase matching and optical transparency. This knowledge aids in the development of more efficient frequency conversion devices and enhances the overall performance of laser-based systems across various industrial and research domains.