Description
The OZ-1000, OZ-2000, and OZ-3000 Series Fiber Pigtailed Ultra Stable Laser Modules are advanced, temperature-stabilized laser delivery systems designed for demanding scientific, industrial, and medical applications. These modules are engineered to provide exceptional power and wavelength stability, ensuring reliable performance in environments where precision and consistency are critical. With a broad wavelength selection ranging from 375 nm to 2050 nm and output powers up to 300 mW, these laser modules offer versatility to suit a wide range of optical requirements.
Each module features a compact, robust housing that integrates both the laser diode and temperature control electronics, powered by a single 5 V DC supply. The integrated low-noise laser diode and thermoelectric cooler (TEC) drivers maintain wavelength stability to within Ā±0.2 nm, minimizing mode hopping and ensuring consistent output. The modules are available with single mode, multimode, or polarization maintaining fiber options, and can be configured with either a fiber pigtail or connector receptacle. Optional collimators or focusers can be added to the fiber output for enhanced beam shaping and delivery.
Designed for ease of integration, the OZ-1000 and OZ-2000 models offer a 9-pin DB-sub electrical interface, while the OZ-3000 features an 8-pin circular connector and standard USB interface for flexible connectivity. The analog interface is easily configured, and optional digital modulation via SMA connector is available for applications requiring precise power control. The modules are protected with Level 4 ESD safeguards, ensuring durability and reliability even in challenging environments.
These laser modules are ideal for applications such as confocal microscopy, flow cytometry, DNA sequencing, medical imaging (including OCT), optical component testing, materials evaluation, and high-power fiber delivery systems. Their compact size, low weight, and competitive cost make them a preferred choice for both laboratory and industrial settings where ultra-stable, fiber-coupled laser sources are essential.
Fiber Pigtailed Ultra Stable Laser Module: OZ-1000, OZ-2000, and OZ-3000 Series
Specifications
| Laser Type: | Continuous Wave (CW), Modulated, Pulsed |
|---|---|
| Fiber Type: | Single Mode, Multi-Mode |
| Wavelength: | 375 nm |
| Output Power: | 5 mW |
| SM/PM Output Power (mW): | 30-300 mW |
| Short-term Power Stability: | <0.1 % |
| Long-term Power Stability: | <2 % |
| RMS Noise: | <0.2 % |
| Wavelength Stability (nm): | Ā±0.2 nm |
| Analog Modulation: | 20 KHz |
| Digital Modulation: | 1 MHz |
| Dimension: | 114x80x61 mm |
| Weight: | 0.35-0.6 kg |
| Electrical Pin Interface: | 9 Pin DB-sub, 8 Pin circular + USB interface |
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Features
- Wide Wavelength Range: Available from 375 nm to 2050 nm, covering UV, visible, and NIR applications.
- High Output Power: Delivers up to 300 mW (higher with multimode fiber), ideal for demanding applications.
- Ultra-Stable Performance: Exceptional power stability (<0.1% short-term, <2% long-term) and wavelength stability (Ā±0.2 nm).
- Low RMS Noise: <0.2% (20 Hzā2 MHz bandwidth) for precise and reliable measurements.
- Flexible Modulation: Supports analog modulation up to 20 kHz and digital modulation up to 1 MHz (optional SMA connector).
- Multiple Fiber Options: Single mode, multimode, or polarization maintaining fiber versions available.
- Versatile Output: Choose between fiber pigtail or connector receptacle; optional collimator or focuser on pigtail output.
- Robust Electrical Interface: Easily configured analog interface, 9-pin DB-sub or 8-pin circular connectors, and optional USB interface.
- Advanced ESD Protection: Level 4 ESD protection ensures long-term reliability in sensitive environments.
- Compact & Lightweight: OZ-1000/2000: 114 x 80 x 61 mm, <0.6 kg; OZ-3000: 101.6 x 50 x 38 mm, <0.35 kg.
- Temperature Stabilized: Integrated TEC maintains laser and wavelength stability, minimizing mode hopping.
- Long Lifetime: Guaranteed for 18 months or 5000 hours; extended warranty available.
- Low Power Consumption: Operates from a single 5 V DC supply for easy integration.
- Customizable Interfaces: USB standard on OZ-3000; other interfaces available upon request.
- Cost-Effective Solution: Combines high performance with low cost for research and industrial use.
Applications
- Confocal Microscopy: Provides stable, high-quality illumination for advanced imaging applications, enabling high-resolution and high-contrast imaging in biological and material sciences.
- Flow Cytometry: Delivers precise and stable laser excitation for accurate cell sorting and analysis in biomedical research and clinical diagnostics.
- DNA Sequencing: Offers reliable and consistent light sources for fluorescence-based DNA sequencing systems, ensuring high sensitivity and accuracy.
- Medical Imaging (including OCT): Supplies ultra-stable laser output for optical coherence tomography (OCT) and other medical imaging modalities, supporting detailed tissue visualization and diagnostics.
- Insertion Loss and Attenuation Measurement: Enables accurate measurement of optical losses in fiber optic components and systems, essential for quality control and R&D.
- High Power or Remote Fiber Delivery Systems: Facilitates efficient delivery of laser power over long distances or into confined spaces for industrial, medical, or research applications.
- Accurate Fiber Optic Testing: Provides a stable and reliable light source for testing and characterizing fiber optic cables, connectors, and assemblies.
- Optical Component Manufacturing and Testing: Supports the production and quality assurance of optical components such as filters, splitters, and multiplexers by providing a consistent laser source.
- Materials Evaluation and Testing: Used in non-destructive testing, surface analysis, and characterization of materials in research and industrial settings.
- RGB Illumination Systems: Supplies precise laser wavelengths for RGB (red, green, blue) illumination in display technologies, projection systems, and specialty lighting.
- Spectroscopy: Delivers narrow linewidth and stable output for Raman, fluorescence, and absorption spectroscopy, enhancing measurement accuracy and repeatability.
- Metrology and Calibration: Acts as a reference light source for calibrating optical instruments and ensuring measurement traceability in laboratories and manufacturing environments.
- Quantum Optics and Photonics Research: Provides ultra-stable, low-noise laser output for experiments in quantum communication, quantum computing, and advanced photonics research.
- Laser-Based Sensing: Used in LIDAR, environmental monitoring, and gas sensing applications where stable and precise laser sources are critical.
- Telecommunications: Serves as a test and measurement source for fiber optic communication systems, including DWDM and CWDM networks.
- Biomedical Instrumentation: Integrated into devices for fluorescence imaging, laser surgery, and phototherapy, benefiting from high stability and low noise.
- Industrial Alignment and Positioning: Used in precision alignment, positioning, and machine vision systems requiring stable and focused laser beams.
Frequently Asked Questions
What are the key features of the OZ-1000, OZ-2000, and OZ-3000 fiber pigtailed ultra stable laser modules?
What applications are suitable for the OZ Optics fiber pigtailed ultra stable laser modules?
How stable are the output power and wavelength of these laser modules?
What fiber types and output configurations are available for these laser modules?
What are the available interface and modulation options for the OZ-1000, OZ-2000, and OZ-3000 laser modules?
What is the expected lifetime and warranty for these laser modules?
Got more questions? Use the inquiry form to ask the supplier directly.
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