CY9579 Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x20 mm SHG@1064nm NCPM I Type

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x20 mm SHG@1064nm NCPM I Type Description

Lithium Triborate (LiB3O5) is a nonlinear optical crystal produced in a 3 mm x 3 mm x 20 mm format. It supports second harmonic generation at 1064 nm using a near critical phase matching type I design. The defined dimensions facilitate integration into standard optical setups while the material's low optical absorption and high damage threshold support its performance in frequency conversion processes in laser applications.

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x20 mm SHG@1064nm NCPM I Type Applications

Photonics and Laser Systems
- Used as a frequency converter in laser assemblies to achieve wavelength doubling by utilising NCPM I configuration and low optical absorption.
- Applied as a nonlinear medium in optical parametric oscillators to generate visible wavelengths through controlled phase matching.

Industrial Measurement Systems
- Employed in optical metrology instruments to perform second-harmonic generation by utilising precise crystal size and material purity.

Lithium Triborate Crystal (LBO Crystal, LiB3O5 Crystal) 3x3x20 mm SHG@1064nm NCPM I Type Packing

The crystal is packaged in an anti-static, foam-lined container designed to mitigate mechanical shock and reduce contamination risks. It is enclosed with a moisture-resistant envelope and maintained at controlled temperature conditions throughout storage and transport. Additional customisation options, such as vacuum sealing and compartmentalised inserts, are available to accommodate specific handling requirements while preserving the crystal’s integrity.

Frequently Asked Questions

Q1: How does the NCPM type I configuration enhance second-harmonic generation?
A1: The NCPM type I configuration arranges the crystal’s internal structure to align optical beams effectively, facilitating second-harmonic generation at 1064 nm. This alignment minimises phase mismatches and ensures that frequency conversion follows controlled, reproducible parameters.

Q2: What integration advantages does the 3x3x20 mm size offer?
A2: The 3x3x20 mm dimensions allow straightforward installation into standard optical mounts and experimental frameworks. This size consistency simplifies alignment procedures, reducing setup complexity in precision optical systems.

Q3: What methods are used to verify batch uniformity?
A3: SAM utilises scanning electron microscopy and laser interferometry to assess the crystal’s structural uniformity and defect density. These testing procedures verify that each batch adheres to established material parameters, facilitating predictable performance in practical applications.

Additional Information

Lithium Triborate is extensively studied in the field of nonlinear optics due to its ability to facilitate wavelength conversion. Its inherent properties, such as a broad transmission range and moderate optical damage threshold, render it applicable for various photonics setups. Researchers rely on these characteristics to implement dependable frequency conversion in laboratory and industrial environments.

Understanding the material growth and evaluation techniques used for nonlinear crystals is critical for optimising performance in optical systems. Advances in material characterisation, influenced by methods like interferometry and electron microscopy, provide essential insights, helping end users integrate these crystals with minimal adjustments for enhanced operational accuracy.