Product Overview
As a professional manufacturer and supplier of precision laser modules, we provide high-performance Wide Wavelength Single Mode Fiber Lasers designed for OEM integration, analytical instrumentation, and industrial optical systems. The laser supports wavelength configurations from 375nm to 1064nm and delivers stable TEM00 single-mode beam performance for applications requiring high precision, low noise, and long-term operational stability.
Featuring compact dimensions, flexible communication interfaces, and multiple fiber connector options, this laser module is optimized for spectroscopy, flow cytometry, semiconductor inspection, biomedical analysis, and scientific instrumentation.
Product Description
The Wide Wavelength Single Mode Fiber Laser is engineered for applications requiring stable beam quality, low noise performance, and compact OEM integration. The module adopts a compact aluminum housing with optimized thermal dissipation to ensure reliable long-term operation in laboratory and industrial environments.
With an M² value of 1.1 and TEM00 spatial mode output, the laser delivers excellent beam consistency and precise focusing capability for high-resolution optical systems. The low RMS noise characteristic helps improve signal-to-noise ratio in sensitive detection applications such as Raman spectroscopy, fluorescence analysis, and optical metrology.
The module supports multiple wavelength configurations ranging from UV to near-infrared bands, while optional communication interfaces including USB, RS232, and RS485 simplify integration into automated analytical equipment and customized optical platforms.
Its compact structure, stable polarization performance, and flexible fiber connector options make it suitable for space-constrained OEM systems requiring reliable optical performance and easy installation.
Product Specifications
Parameter | Specification |
|---|
Wavelength Range | 375nm – 1064nm |
Wavelength Tolerance | ±3nm to ±10nm depending on wavelength |
Spatial Mode | TEM00 Single Mode |
Beam Quality (M²) | 1.1 |
Max Output Power | 20mW – 100mW depending on wavelength |
Long-Term Power Stability | ±1% over 8 hrs (±3°C) |
RMS Noise | 0.1% (20 Hz – 20 MHz) |
Peak-to-Peak Noise | 1% |
Polarization Ratio | >100:1 |
Polarization Direction | Typical Vertical ±5° |
Beam Divergence Angle | 1.0 mrad |
Fiber Connector | FC/APC, FC/PC, SMA905 |
Fiber Length | 1m (Customizable) |
Warm-Up Time | >1 min (Typical 20 sec) |
Heat Dissipation | 5W |
Operating Temperature | 10°C to 40°C |
Storage Temperature | -20°C to 60°C |
Control Interface | Laser ON/OFF, Power Monitoring, 0–2.6V External Power Regulation |
Communication Interface | Optional USB / RS232 / RS485 |
Input Power | Optional 5V / 9V / 12V DC |
Laser Safety Class | Class 3B |
Dimensions | 70 × 40 × 45 mm (Customizable) |
Key Features & Advantages
Stable Single Mode Beam Output
The laser delivers TEM00 single-mode output with an M² value of 1.1, ensuring high beam consistency and excellent focusing capability for precision optical applications.
Near-Gaussian beam profile
Excellent beam concentration
Suitable for high-resolution imaging and detection
Stable optical performance for analytical systems
Low Noise Performance
Designed for sensitive optical measurements, the laser maintains extremely low RMS noise across a wide frequency range.
RMS noise as low as 0.1%
Peak-to-peak noise only 1%
Improved signal-to-noise ratio
Suitable for spectroscopy and fluorescence detection
Long-Term Power Stability
The optimized thermal design helps maintain stable laser output during continuous operation.
±1% long-term power stability over 8 hours
Stable operation under ±3°C environmental fluctuation
Consistent optical performance for long-duration experiments
Reduced measurement deviation
Wide Wavelength Availability
The laser supports multiple wavelength options from ultraviolet to near-infrared regions to satisfy various application requirements.
Available wavelengths include:
375nm, 405nm, 415nm, 420nm, 450nm, 488nm, 505nm, 515nm, 520nm, 525nm, 633nm, 638nm, 660nm, 670nm, 730nm, 785nm, 808nm, 850nm, 980nm, and 1064nm.
Benefits include:
Flexible wavelength selection
Suitable for multi-platform integration
Supports different fluorophore excitation requirements
Compatible with diverse industrial optical systems
Compact OEM Integration Design
The compact housing structure allows easy integration into space-limited analytical instruments and industrial devices.
Compact size of 70 × 40 × 45 mm
Easy installation into OEM systems
Reduced system integration complexity
Suitable for portable and benchtop instruments
Flexible Fiber Connector Options
To improve compatibility with different optical systems, multiple fiber connector types are available.
Supported connectors:
Additional advantages:
Stable optical transmission
Simplified system connection
Reduced optical coupling loss
Customizable fiber length available
Fast Warm-Up Performance
The laser reaches stable operation rapidly, helping reduce startup waiting time in laboratory and industrial environments.
Typical stabilization time around 20 seconds
Improved operational efficiency
Suitable for high-frequency startup applications
Reduced equipment idle time
Flexible Control & Communication Interfaces
The module supports multiple control and communication methods for convenient system integration.
Optional interfaces include:
Control functions:
Thermal Management & Low Power Consumption
The laser adopts an efficient low-power thermal management structure with only 5W heat dissipation.
Advantages include:
Stable continuous operation
Reduced thermal influence on optical performance
Lower system cooling requirements
Suitable for compact instrument platforms
Application Areas
The Wide Wavelength Single Mode Fiber Laser is widely used in scientific research, industrial inspection, and biomedical instrumentation.
Typical applications include:
Raman Spectroscopy
Flow Cytometry
Fluorescence Analysis
DNA Sequencing
Optical Metrology
Semiconductor Wafer Inspection
Biomedical Detection
Confocal Microscopy
Optical Sensing
Micro/Nano Processing
Scientific Research Equipment
OEM Analytical Instruments
Why Choose Us
As an experienced laser manufacturer and OEM supplier, we focus on delivering stable optical performance, flexible customization, and reliable production capability for global customers.
Our advantages include:
Professional laser manufacturing experience
Stable batch production capability
Flexible wavelength customization
OEM and ODM support
Strict quality inspection procedures
Fast technical response
Global delivery capability
Custom integration support
We work closely with equipment manufacturers, research institutions, and industrial integrators to provide reliable laser solutions for advanced optical systems.
Frequently Asked Questions (FAQ)
What wavelength options are available?
We provide wavelength configurations from 375nm to 1064nm, including UV, visible, and near-infrared wavelengths. Specific wavelength availability depends on output power requirements.
What fiber connector types are supported?
The laser supports FC/APC, FC/PC, and SMA905 fiber connectors. Custom connector configurations are also available upon request.
Can the laser be integrated into OEM systems?
Yes. The compact dimensions, optional communication interfaces, and customizable power supply configurations make the module suitable for OEM integration.
What communication interfaces are available?
Optional USB, RS232, and RS485 communication interfaces are supported for system control and monitoring.
How stable is the laser during long-term operation?
The laser provides ±1% long-term power stability over 8 hours under ±3°C environmental conditions, ensuring reliable continuous operation.
What is the typical warm-up time?
The typical warm-up time is approximately 20 seconds, although complete stabilization may require more than 1 minute depending on environmental conditions.
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