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Two-Wavelength Modules

Two-Wavelength Laser Modules - Unmatched Precision in a Single Package

Slide 1
Unlocking the Power of Dual-Wavelength Laser Technology

Two-wavelength laser modules deliver two distinct laser wavelengths from a single, compact unit, providing exceptional precision, versatility, and space savings. Companies worldwide are shifting toward more flexible and adaptive laser solutions, ideal for complex applications across the medical, scientific, and industrial sectors, which offer simultaneous or independent wavelength control.

Slide 2
Key Benefits of Two-Wavelength Laser Modules

Our two-wavelength modules are engineered for multifunctionality, robustness, and exceptional beam quality—supporting diverse applications with high reliability.

Dual-Wavelength Capability

Long Operational Life

High Beam Quality

Wide Application Compatibility

Compact Design

Stable & Reproducible Performance

Slide 3
Two-Wavelength Laser Applications

Two-wavelength laser modules are widely utilized across various industries and applications, including:

Medical & Biomedical Applications

Fluorescence Imaging

Laser Diagnostics

Photodynamic Therapy

Industrial and Engineering

Material Processing

Semiconductor Inspection

Metrology

Scientific Research

Raman Spectroscopy

Quantum Optics

Environmental Sensing

Slide 4
Selecting the Right Wavelength Combination

When choosing a two-wavelength laser module, consider the following performance-impacting factors:

Wavelength

Modulation Type (TTL, Analog, Digital)

Power Requirements

Beam Profile

Spectral Linewidth

Thermal Management

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Part number structure

Two-Wavelength Laser Modules USA

Examples of possible combinations

Given the numerous possible combinations, we provide examples of various configurations along with a selection of actual data sheets.

Sample Data Sheets

FAQs About Two-Wavelength Laser Modules

What is a two-wavelength laser module, and why would I need one?
A dual-wavelength laser module combines two laser diodes of different wavelengths into one compact device. It’s ideal for applications that require switching between wavelengths without additional optics or hardware, typically found in medical, industrial, and scientific fields.
What wavelengths and power levels are available?

Akela Laser offers wavelengths from 400 nm to 1600 nm, with power outputs ranging from a few milliwatts to multiple watts. Custom combinations can be configured for specific absorption bands, material types, or detector compatibility.

Can I get a custom laser module for my specific application?

Yes. We specialize in custom laser diode module development. Our engineers will work with you to determine the ideal wavelength pairing, output power, beam characteristics, and integration format to match your technical requirements.

What applications benefit from two-wavelength laser modules?
  • Medical imaging & diagnostics (e.g., fluorescence imaging, photodynamic therapy)
  • Industrial material processing & inspection
  • Scientific research (e.g., Raman spectroscopy, quantum optics, environmental sensing)
  • Metrology and Optical Coherence Tomography (OCT) systems
How do dual-wavelength modules simplify system integration?

They reduce the need for external optics or multiple laser heads, allowing:
Compact system design

  • Simplified beam alignment
  • Shared power supplies and controllers
  • Faster wavelength switching with minimal system downtime
What sets Akela Laser apart from other laser module providers?
  • Tailored solutions – Customizable to your specs
  • High beam quality – Precision and stability across both wavelengths
  • ISO-certified manufacturing – Quality assurance and compliance
  • Responsive support – Engineering assistance before, during, and after delivery
How do I order a laser diode module from Akela Laser?
  1. Explore available models or describe your application to us.
  2. Request a quote or schedule a consultation.
  3. Finalize your configuration.
  4. Receive fast, secure delivery across the U.S. and internationally.
Are Akela Laser modules compliant with industry standards?

Yes. All modules are manufactured in ISO-certified facilities and undergo:
Laser profiling and beam quality validation

  • Wavelength and power accuracy testing
  • Environmental stress testing (thermal, vibration)
  • Spectral purity verification
Do you offer technical and integration support?

Yes. Akela provides global service with a strong U.S. support infrastructure:
Pre-sales consultations with our engineers

  • CAD files and integration documentation
  • Remote assistance and troubleshooting
Why is two-wavelength technology important for the future?

As demand grows for compact, high-performance optical systems, two-wavelength modules offer unmatched flexibility. They support innovation across medicine, industry, and science by:

  • Reducing equipment size and complexity
  • Expanding functionality within a single module
  • Enabling faster workflows and broader spectral coverage

Akela Laser helps you stay ahead with solutions built for both current demands and future developments.