Optoglide Precision Laser To Fiber Delivery System
Features
- High Coupling Efficiency: > 70% coupling into singlemode or
polarization maintaining fiber. - Precision Alignment: Provides five-axis control of the optics
for maximum efficiency. - High Power handling: > 5 Watts combined power handling
with certain configurations. - Multi-Wavelength Capability: Uses achromatic lenses to
ensure high coupling efficiency over a broad wavelength range. - Versatile: Compatible with existing mounting schemes.
Available with custom optics for specific lasers, and with
output connectors or collimators.
Applications
- Multi-wavelength laser systems
- Precision optical instrumentation
- Scientific research laboratories
- Biomedical and life-science instrumentation
- Industrial laser systems
- OEM photonics integration
Product Description
The Optoglide Precision Laser Delivery System from OZ Optics is a robust fiber coupling solution designed for applications requiring exceptional optical stability, precise alignment, and long-term repeatability. Its precision-engineered design enables accurate beam positioning and fine alignment, ensuring reliable optical coupling in demanding photonics environments.
At the heart of the system is a polarization maintaining (PM) single-mode optical fiber integrated with a compact precision alignment assembly that mounts directly to the laser source. A high-performance lens assembly efficiently couples laser light into the fiber, providing high optical coupling efficiency with either collimated or connectorized output options.
Optoglide incorporates a proprietary low-wedge optical design that minimizes beam pointing variations caused by thermal and mechanical instabilities of the laser source. This design maintains consistent alignment and repeatable coupling performance, making it particularly well suited for systems utilizing multiple collinear laser wavelengths.
Engineered to support high-power, multi-wavelength laser systems with combined optical powers of up to 500 mW, Optoglide delivers stable and repeatable optical performance for research, industrial, and OEM applications. Custom configurations are available to accommodate specific laser sources, wavelength combinations, and integration requirements.