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Laser Diodes, Laser Modules - Laser Delivery, Laser Fibers

Product List

345 Items
PDF Mfr Part # Quantity
Available		 UnitPrice RFQ Series Packaging Product StatusLengthWavelengthPower (Watts)Input ConnectorOutput ConnectorFeatures
015301
015301
LASER MODULE 780NM 70MW
Excelitas Technologies
 2 $2,076.32
iFLEX-iRIS® Box Active-780nm70mW---
015296
015296
LASER MODULE 660NM 80MW
Excelitas Technologies
 2 $1,554.71
iFLEX-iRIS® Box Active-660nm80mW---
015297
015297
LASER MODULE 670NM 10MW
Excelitas Technologies
 2 $1,971.95
iFLEX-iRIS® Box Active-670nm10mW---
015294
015294
LASER MODULE 642NM 40MW
Excelitas Technologies
 2 $1,977.47
iFLEX-iRIS® Box Active-642nm40mW---
015293
015293
LASER MODULE 637NM 100MW
Excelitas Technologies
 2 $2,974.17
iFLEX-iRIS® Box Active-637nm100mW---
015290
015290
LASER MODULE 515NM 20MW
Excelitas Technologies
 2 $5,308.64
iFLEX-iRIS® Box Active-515nm20mW---
015300
015300
LASER MODULE 505NM 50MW
Excelitas Technologies
 2 $7,442.64
iFLEX-iRIS® Box Active-505nm50mW---
015295
015295
LASER MODULE 642NM 100MW
Excelitas Technologies
 2 $2,307.15
iFLEX-iRIS® Box Active-642nm100mW---
015312
015312
LASER MODULE 633NM 70MW
Excelitas Technologies
 2 $2,738.35
iFLEX-iRIS® Box Active-633nm70mW---
015281
015281
LASER MODULE 405NM 50MW
Excelitas Technologies
 2 $4,245.63
iFLEX-iRIS® Box Active-405nm50mW---
015282
015282
LASER MODULE 405NM 100MW
Excelitas Technologies
 2 $4,753.92
iFLEX-iRIS® Box Active-405nm100mW---
015286
015286
LASER MODULE 488NM 20MW
Excelitas Technologies
 2 $5,125.80
iFLEX-iRIS® Box Active-488nm20mW---
015287
015287
LASER MODULE 488NM 40MW
Excelitas Technologies
 2 $5,575.27
iFLEX-iRIS® Box Active-488nm40mW---
015284
015284
LASER MODULE 445NM 75MW
Excelitas Technologies
 2 $6,425.90
iFLEX-iRIS® Box Active-445nm75mW---
015285
015285
LASER MODULE 473NM 75MW
Excelitas Technologies
 2 $6,667.17
iFLEX-iRIS® Box Active-473nm75mW---
015289
015289
LASER MODULE 488NM 140MW
Excelitas Technologies
 2 $7,798.85
iFLEX-iRIS® Box Active-488nm140mW---
015280
015280
LASER MODULE 375NM 50MW
Excelitas Technologies
 2 $9,743.08
iFLEX-iRIS® Box Active-375nm50mW---
012667
012667
KINEFLEX-1-514-0.7-FCP-P
Excelitas Technologies
 2 $1,213.56
Box Active1M514nm100mWNone (0.7mm)FCPkineMATIX
012669
012669
KINEFLEX-1-532-0.7-FCP-P
Excelitas Technologies
 2 $1,198.17
Box Active1M532nm100mWNone (0.7mm)FCPkineMATIX
013515
013515
KINEFLEX-1-561-0.7-FCP-P
Excelitas Technologies
 2 $1,202.60
Box Active1M561nm100mWNone (0.7mm)FCPkineMATIX

About Laser Diodes, Laser Modules - Laser Delivery, Laser Fibers

What are Laser Diodes, Laser Modules - Laser Delivery, Laser Fibers?

Laser Diodes, Laser Modules - Laser Delivery, Laser Fibers

Laser diodes and laser modules are pivotal components in the field of optoelectronics, serving as the primary sources of coherent light. These devices operate on the principle of stimulated emission, where electrons in a semiconductor material are excited to higher energy levels and then release photons as they return to their ground state. Laser delivery systems, including laser fibers, are designed to transport this coherent light from the source to the target location with minimal loss of intensity. The integration of these components enables precise control over the light's wavelength, power, and direction, making them indispensable in various technological applications.

Types of Laser Diodes, Laser Modules - Laser Delivery, Laser Fibers

1. Edge-Emitting Laser Diodes

Edge-emitting laser diodes are characterized by their ability to emit light from the edge of the semiconductor chip. They are commonly used in applications requiring high power and efficiency, such as telecommunications and industrial laser systems. Their design allows for the emission of a narrow beam with a high degree of coherence.

2. Vertical-Cavity Surface-Emitting Lasers (VCSELs)

VCSELs emit light perpendicular to the surface of the semiconductor chip, offering advantages in terms of manufacturing and integration. They are widely used in data communication, sensing, and laser printing due to their low power consumption and high modulation speeds.

3. Laser Modules with Integrated Optics

These modules incorporate additional optical components, such as lenses and mirrors, to shape and direct the laser beam. They are often used in applications requiring precise beam control, such as medical devices and scientific instrumentation.

4. Fiber-Coupled Laser Modules

Fiber-coupled laser modules integrate optical fibers to deliver laser light over long distances with minimal loss. They are essential in telecommunications, where they facilitate the transmission of data over fiber-optic networks.

How to choose Laser Diodes, Laser Modules - Laser Delivery, Laser Fibers?

When selecting laser diodes and modules, several key parameters must be considered:

  • Wavelength: Choose a wavelength that matches the application's requirements, considering factors like material absorption and visibility.
  • Power Output: Ensure the power output is sufficient for the intended application, balancing efficiency and safety.
  • Beam Quality: Evaluate the beam's coherence and divergence to ensure optimal performance in the application.
  • Reliability and Lifespan: Assess the manufacturer's reputation and product reviews to ensure long-term reliability and minimal maintenance.
  • Environmental Conditions: Consider the operating environment, including temperature and humidity, to select components with appropriate protective features.

Installation requirements, such as space constraints and power supply compatibility, should also be considered to ensure seamless integration into existing systems.

Applications of Laser Diodes, Laser Modules - Laser Delivery, Laser Fibers

1. Telecommunications

In telecommunications, laser diodes and fiber-coupled modules are integral to fiber-optic communication systems. They enable high-speed data transmission over long distances, supporting the backbone of internet and telecommunication networks.

2. Medical Devices

Laser modules are used in medical devices for procedures such as laser surgery, phototherapy, and diagnostic imaging. Their precision and control allow for minimally invasive treatments with reduced recovery times.

3. Industrial Manufacturing

In industrial settings, laser diodes are employed for cutting, welding, and engraving materials. Their ability to deliver focused energy enables high precision and efficiency in manufacturing processes.

4. Consumer Electronics

Laser diodes are found in consumer electronics, including optical drives, laser printers, and barcode scanners. They provide the necessary light source for reading and writing data, as well as scanning and printing applications.

5. Scientific Research

In scientific research, laser modules are used for spectroscopy, microscopy, and other analytical techniques. Their ability to produce coherent light at specific wavelengths makes them invaluable tools for experimental investigations.