Three-Wavelength Diode Laser Modules - Precision Meets Versatility

What is a Three-Wavelength Diode Laser Module?

A three-wavelength diode laser module is a system designed to produce three distinct wavelengths of laser light within a single device. This eliminates the need for multiple separate lasers, making it easier to switch between or combine wavelengths in various applications.

Three diode lasers that emit different wavelengths can be combined through optical components such as dichroic mirrors or fiber combiners, resulting in a unified output with multiple wavelengths available for independent or simultaneous use.

Key Benefits of Three-Wavelength Diode Laser Modules

Our triple-wavelength laser modules offer system simplicity, combining advanced performance with seamless switching between wavelengths or simultaneous use.

Space-Saving Design

Improved Accuracy

Increased Efficiency

Broad Application Range

Multi-Wavelength Flexibility

Cost Savings

Due to these advantages, many industries consider three-wavelength diode laser modules essential to their workflows.

Choosing the Right Three-Wavelength Laser Module

When selecting a three-wavelength laser module, key factors influence both system performance and ease of use:

Wavelength Combinations

Cooling System

Output Power

Module Package Options

Beam Quality

Application Specific Metrics

Choosing a manufacturer that checks all these boxes ensures that your investment in a three-wavelength diode laser module pays off in terms of both performance and reliability.

Applications of Three-Wavelength Diode Laser Modules

Three-wavelength diode laser modules have a broad range of applications across different sectors.

Medical and Scientific Research

Fluorescence Microscopy

Spectroscopy

Optogenetics

Industrial and Engineering

Material Processing

Metrology

Telecommunications

Environmental and Agricultural

Remote Sensing

Agriculture

Part number structure

Examples of possible combinations

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

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Part ID	λ1 [nm]	P1 [W]	λ2 [nm]	P2 [W]	λ3 [nm]	P3 [W]	Pointer	Package	Info
ALC-3WLxx-33000-FM400.22-R	750	3	980	15	1720	3		SETIA	RFQ
ALC-3WLxx-23000-FM400.22-R	810	7	980	8	1470	8		QUINTA	RFQ
ALC-3WLxx-21000-FM400.22	810	8	980	9	1470	4		TRIO	RFQ
ALC-3WLxx-43000-FM400.22	810	15	980	16	1470	12		SETIA	RFQ
ALC-3WLxx-17000-FM400.22	1060	9	1210	7	1850	1		TRIO	RFQ
ALC-3WLxx-29000-FM400.22	1060	16	1210	12	1850	1		QUINTA	RFQ

Sample Data Sheets

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Part ID	λ1 [nm]	P1 [W]	λ2 [nm]	P2 [W]	λ3 [nm]	P3 [W]	Pointer	Package	Info
ALC-3WL-RGB-02500-FM200.22	447	1	520	0.7	637	0.8		QUINTA	Spec Sheet / RFQ
ALC-3WL03-24000-FM400.22-R	1470	8	1060	8	975	8		QUINTA	Spec Sheet / RFQ