Ultra-Low Outgassing Faraday Isolator, XLO Series
The LINOS® Ultra-Low Outgassing Faraday Isolators are specifically engineered to keep laser systems clean for extended periods by significantly minimizing contamination in sensitive environments. The unique glue-free construction minimizes potential volatile organic compound contamination resulting in half the outgassing compared to our Low Outgassing version and up to 50 times less than standard isolators. This makes it an excellent choice for demanding environments such as semiconductor manufacturing, space applications, and high-vacuum setups.
The LINOS Ultra-Low Outgassing Faraday Isolators feature a clean design that protects sensitive equipment, ensuring improved performance and a longer system lifespan. Our isolators deliver exceptional optical performance, providing ≥30 dB of isolation and over 90% transmission at the specified wavelength. This ensures optimal signal integrity and effective protection for lasers. These durable Faraday Isolators are built with optically contacted polarizers for a high damage threshold and long-term optical stability. They utilize a rare earth magnet to ensure robust and consistent isolation performance. In addition, the product is designed for application-ready flexibility, allowing easy access to the blocked beam and including a mounting bracket for straightforward integration into various laser system setups. Custom wavelengths and specifications are available upon request.
| Product | FI-1030-3SC XLO | FI-1060-3SC XLO |
| Aperture Diameter | 2.9 mm | 2.9 mm |
| Isolation value (dB) | > 33 | > 33 |
| Transmission at design wavelength | ≥ 95.0 % | ≥ 95.0 % |
| Transmission at boundary wavelength | ≥ 90.0 % | ≥ 90.0 % |
| Wavelength Range | 1025.0 - 1064.0 nm | 1030.0 - 1090.0 nm |
| Dimensions base plate (LxWxH) | 63x42.9x72.2 mm | 63x42.9x72.2 mm |
| Damage Threshold @ 1.2 ps pulses (J/cm²) | 0.6 @ 1030.0 nm | 0.6 @ 1060.0 nm |
| Damage Threshold @ 8.0 ns pulses (J/cm²) | 8.2 @ 1030.0 nm | 8.5 @ 1060.0 nm |
| Part Number | 845110100277 | 845110100289 |
Ultra-Low Outgassing Performance - Emits up to 50 times less volatile organic compounds (VOCs) than standard isolators, significantly reducing the risk of optical contamination in sensitive environments.
Glue-Free, Patented Design - Features a patented, adhesive-free construction that minimizes particle generation and contamination, supporting longer system life and reliability.
High Optical Performance - Delivers ≥30 dB isolation and >90% transmission at the design wavelength, ensuring optimal signal integrity and laser protection.
Durable, Precision Components - Built with optically contacted polarizers for a high damage threshold and long-term optical stability. A rare earth magnet supports robust, consistent isolation performance.
Application-Ready Flexibility - Offers access to the blocked beam and includes a mounting bracket for straightforward integration into various laser system setups. Custom wavelengths and specifications are available upon request.
| Product | FI-1030-3SC XLO | FI-1060-3SC XLO |
| Aperture Diameter | 2.9 mm | 2.9 mm |
| Isolation value (dB) | > 33 | > 33 |
| Transmission at design wavelength | ≥ 95.0 % | ≥ 95.0 % |
| Transmission at boundary wavelength | ≥ 90.0 % | ≥ 90.0 % |
| Wavelength Range | 1025.0 - 1064.0 nm | 1030.0 - 1090.0 nm |
| Dimensions base plate (LxWxH) | 63x42.9x72.2 mm | 63x42.9x72.2 mm |
| Damage Threshold @ 1.2 ps pulses (J/cm²) | 0.6 @ 1030.0 nm | 0.6 @ 1060.0 nm |
| Damage Threshold @ 8.0 ns pulses (J/cm²) | 8.2 @ 1030.0 nm | 8.5 @ 1060.0 nm |
| Part Number | 845110100277 | 845110100289 |
Ultra-Low Outgassing Performance - Emits up to 50 times less volatile organic compounds (VOCs) than standard isolators, significantly reducing the risk of optical contamination in sensitive environments.
Glue-Free, Patented Design - Features a patented, adhesive-free construction that minimizes particle generation and contamination, supporting longer system life and reliability.
High Optical Performance - Delivers ≥30 dB isolation and >90% transmission at the design wavelength, ensuring optimal signal integrity and laser protection.
Durable, Precision Components - Built with optically contacted polarizers for a high damage threshold and long-term optical stability. A rare earth magnet supports robust, consistent isolation performance.
Application-Ready Flexibility - Offers access to the blocked beam and includes a mounting bracket for straightforward integration into various laser system setups. Custom wavelengths and specifications are available upon request.