New Product | Short-wavelength Polarization-maintaining Components for Ultrafast Laser

Driven by the rapid advancement of ultrafast laser technology, short-wavelength lasers are demonstrating significant potential across fields such as precision machining, biomedicine, and spectroscopic analysis, thanks to their unique advantages. However, ultrafast laser systems impose extremely stringent requirements on the performance of optical components, particularly in the short-wavelength range. OptizoTechnology, with its deep expertise in optical device R&D, has iteratively upgraded four short-wavelength polarization-maintaining (PM) components to deliver reliable performance for ultrafast laser systems.

Challenges of Short-Wavelength Ultrafast Lasers

Short-wavelength ultrafast lasers (e.g., UV and deep-UV) with pulse durations below 100 fs offer irreplaceable advantages in semiconductor manufacturing, bio-imaging, quantum communications, and other fields, thanks to their high precision and minimal thermal damage. However, their technological development still faces multi-dimensional challenges:

Heightened Nonlinear Effects: Higher photon energy intensifies nonlinear effects, making the system more susceptible to back-reflections.

Stringent Polarization Demands: Applications such as quantum communications and precision measurement require uncompromising polarization fidelity.

Demand for Compact Designs: Growing need for system miniaturization drives requirements for higher device integration.

Broadband Operation Capability: The ability to operate across a wide wavelength range is critical for adapting to diverse application scenarios.

Optizone Technology Short-wavelength Polarization Maintaining Components

Short-wavelength Polarization Maintaining Coupler

“High Transmission & Precision Handling”

10W High Power Handling: Meets the requirements of most ultrafast laser systems.
22dB High Extinction Ratio: Ensures high polarization purity of the laser.

Custom Wavelengths from 405nm to 689nm.

Flexible Splitting Ratio (1:99 to 50:50): With a beam-splitting error of < ±2%.

Covers Major Short Wavelength Ranges.

Applications: Pump combining for solid-state lasers, power monitoring in fiber amplifiers, and beam splitting in LiDAR transmission systems.

Short-wavelength Polarization Maintaining Isolator

“Shield against back-reflections, safeguard your laser core”

High Isolation | Peak Isolation >32 dB
±50 nm Operating Bandwidth: Compatible with ajustable laser systems.

<1 dB Low Insertion Loss: Ensures high system operational efficiency.

Customizable Fiber Types available.

Custom Wavelengths from 518 nm to 980 nm supported.

Application: Output protection for femtosecond/picosecond lasers, Cavity stabilization for industrial cutting lasers, Anti-reflection protection in biomedical laser equipment.

Short-wavelength Polarization Maintaining Circulator

“Multi-Channel, Unidirectional Control: Simplifying Optical Design”

High Isolation | Peak Isolation >30 dB
Broadband Design | λc±50 nm: Tailored for the spectral characteristics of ultrafast lasers.

Supports Customization of Various Fiber Types.

Custom Wavelengths from 518 nm to 980 nm available.

Application: Ring-cavity mode-locked lasers, Bidirectional signal transmission in fiber sensing networks, Echo signal separation in laser rangefinders.

Polarization Maintaining Isolator Hybrid Component

'The Integration Engine for Ultrafast Lasers”

Multifunctional all-in-One design for significantly enhanced system integration.

10W high power capacity to meet industrial-grade application requirements.

Customizable fiber types for compatibility with specialized system architectures.

Application: Ideal for space-constrained solid-state ultrafast laser systems, this component integrates multiple functions—including pump combining, signal isolation, and wavelength-division multiplexing (WDM)—significantly optimizing the physical footprint while improving overall system reliability.

Core Strengths: Addressing Industry Challenges

Precision Polarization Control

Full product series maintains a high extinction ratio of >22 dB, ensuring stable polarization state transmission of ultrafast lasers to meet stringent requirements in quantum communications and precision measurement applications.

Broadband Compatibility

With an operating bandwidth of ±50 nm, our components are ideally suited for the broad spectral characteristics of ultrafast lasers, delivering exceptional performance in femtosecond laser systems.

High-Power Durability

Featuring a power handling capacity of 10W, the components operate reliably under high peak power conditions, effectively minimizing the risk of damage from nonlinear effects.

Flexible Customization

We support customization of specific wavelengths and fiber types, providing personalized solutions to facilitate the implementation of specialized applications.

Application Prospects: Empowering Cutting-Edge Technological Fields

These components are playing a critical role in multiple advanced fields:

Bioimaging: Enabling short-wavelength ultrafast lasers to deliver higher resolution.

Precision Machining: Ensuring consistent and repeatable processing quality.

Scientific Research: Providing a stable and reliable optical platform for experiments.

Quantum Technology: Maintaining precision in quantum state transmission.

Optizone Technology's series of short-wavelength polarization-maintaining components, with their exceptional performance and reliable stability, are becoming indispensable elements in the field of ultrafast lasers. As ultrafast laser technology continues to advance, these components will provide a solid foundation for driving technological progress and expanding application boundaries.

Download Specificati

New Product | Short-wavelength Polarization-maintaining Components for Ultrafast Laser

分享至微信分享

分享至微信

分享至微信