Continuous Wave Diode-Pumped Solid-State (CW DPSS) Lasers

The JenLas ® D2 is a doubled-frequency, diode-pumped thin-disc laser with high beam quality, operating at the wavelength of 532nm and providing up to 3W (CW) of output power. Efficiency and modulation capability of its CW-radiation distinguish this green 532nm laser. The compact OEM design of this green CW laser allows easy ...

Specifications

Wavelength: 532 nm
Max Output Power: 3000 mW
Cooling Method: Peltier cooling
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
...
Data Sheet
The JenLas ® D2 is a doubled-frequency, diode-pumped thin-disc laser with high beam quality, operating at the wavelength of 532nm and providing up to 5W (CW) of output power. Efficiency and modulation capability of its CW-radiation distinguish this green 532nm laser. The compact OEM design of this green CW laser allows easy ...

Specifications

Wavelength: 532 nm
Max Output Power: 5000 mW
Cooling Method: Air-Cooled
Tunability:
Control Interface::
Data Sheet
The Duetto 349 UV Series offers unrivalled CW single frequency operation within the UV range, offering 50 mW power with outstanding beam characteristics, high output stability, extremely low noise, small footprint, and versatile software package – making it suitable for a wide range of applications and system integrations.

Specifications

Wavelength: 349 nm
Max Output Power: 200 mW
Cooling Method: Air-Cooled
Tunability:
Control Interface::
Data Sheet
The LBX-375-70-CSB laser diode module is part of the LaserBoxx low noise series of CW DPSS laser and laser diode modules available at a variety of wavelengths from 375nm through 980nm.    The LBX laser is a fully integrated laser diode solution that provides an extremely stable, <0.2% RMS, TEM00 output beam with ...

Specifications

Wavelength: 375 nm
Max Output Power: 70 mW
Cooling Method: Air-Cooled
Tunability:
Control Interface::
...
Data Sheet
The Solo 640 Series delivers unrivalled continuouswave single frequency performance at market-leading output powers from a small footprint — making it suitable for integration with existing systems and a wide range of applications. The Solo 640 provides outstanding beam characteristics, high output stability, extremely low ...

Specifications

Wavelength: 640 nm
Max Output Power: 500-1000 mW
Cooling Method: Water-Cooled, Peltier cooling
Tunability: Fixed Wavelength, Other (see Data Sheet)
Control Interface:: USB
Data Sheet
The 1064L-1XB comes standard with internal voltage up-conversion that allows using a 5V power supply while maintaining low noise operation. The module contains a powerful Peltier cooler, microprocessor-based electronics, a USB control interface, and many useful accessories for ease of integration. In portable applications, this laser ...

Specifications

Wavelength: 1064 nm
Max Output Power: 500 mW
Cooling Method: Passive cooling
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
Compact 1064 nm laser is a DPSS module used in numerous applications, such as inspection, optical guiding, infrared absorbtion. Small size and all-in-one concept of the MatchBox series makes the laser ready for integration into portable handheld devices.

Specifications

Wavelength: 1064 nm
Max Output Power: 400 mW
Cooling Method: Passive cooling
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The compact 532 nm module is a DPSS laser featuring high output power, very good beam quality and superior long-term power stability. 532 nm wavelength radiation is commonly used in fluorescence excitation, scanning microscopy and general green light illumination. This laser is fiber coupled to a single mode fiber with 3.3-4.6 ...

Specifications

Wavelength: 532 nm
Max Output Power: 100 mW
Cooling Method: Passive cooling
Tunability: Fixed Wavelength
Control Interface:: USB
Data Sheet
Compact 1064 nm laser is a DPSS module used in numerous applications, such as inspection, optical guiding, infrared absorbtion. Small size and all-in-one concept of the MatchBox series makes the laser ready for integration into portable handheld devices.

Specifications

Wavelength: 1064 nm
Max Output Power: 300 mW
Cooling Method: Passive cooling
Tunability: Fixed Wavelength
Control Interface:: USB
Data Sheet
The 1030L-1XB is a 1030 nm DPSS laser module from RPMC. The Matchbox series includes single-mode and multimode lasers, offering excellent performance and reliability in an ultra-compact “all-in-one” driver integrated laser head. The 1030L-1XB comes standard with internal voltage up-conversion that allows using a 5V power ...

Specifications

Wavelength: 1030 nm
Max Output Power: 500 mW
Cooling Method: Passive cooling
Tunability: Fixed Wavelength
Control Interface:: USB
Data Sheet
The 1030L-1XB is a 1030 nm DPSS laser module from RPMC. The Matchbox series includes single-mode and multimode lasers, offering excellent performance and reliability in an ultra-compact “all-in-one” driver integrated laser head.  The 1030L-1XB comes standard with internal voltage up-conversion that allows using a 5V ...

Specifications

Wavelength: 1030 nm
Max Output Power: 300 mW
Cooling Method: Passive cooling
Tunability: Fixed Wavelength
Control Interface:: USB
Data Sheet
The LCX-561L-XXX-CSB laser diode module is part of the LaserBoxx low noise series of CW DPSS laser and laser diode modules available at a variety of wavelengths from 375nm through 980nm. The LBX lasers are a fully integrated laser diode solution that provides an extremely stable, <0.2% rms, TEM00 output beam with ...

Specifications

Wavelength: 561 nm
Max Output Power: 100 mW
Cooling Method: Air-Cooled
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The LCX-553S-XXX-CSB is part of the LaserBoxx SLM series of single longitudinal mode, TEM00 laser modules available in a range of wavelengths from 532nm through 1064nm, offering excellent performance and reliability in a compact fully integrated laser module.  The LCX lasers are self-contained DPSS laser modules that utilize ...

Specifications

Wavelength: 553 nm
Max Output Power: 150 mW
Cooling Method: Air-Cooled
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The LCX-553L-XXX-CSB laser diode module is part of the LaserBoxx low noise series of CW DPSS laser and laser diode modules available at a variety of wavelengths from 375nm through 980nm. The LBX lasers are a fully integrated laser diode solution that provides an extremely stable, <0.2% rms, TEM00 output beam with outstanding ...

Specifications

Wavelength: 553 nm
Max Output Power: 150 mW
Cooling Method: Air-Cooled
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The LCX-532S-XXX-CSB is part of the LaserBoxx SLM series of single longitudinal mode, TEM00 laser modules available in a range of wavelengths from 532nm through 1064nm, offering excellent performance and reliability in a compact fully integrated laser module. The LCX lasers are self-contained DPSS laser modules that utilize ...

Specifications

Wavelength: 532 nm
Max Output Power: 400 mW
Cooling Method: Air-Cooled
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The LCX-532L-XXX-CSB laser diode module is part of the LaserBoxx low noise series of CW DPSS laser and laser diode modules available at a variety of wavelengths from 375nm through 980nm. The LBX lasers are a fully integrated laser diode solution that provides an extremely stable, <0.2% rms, TEM00 output beam with ...

Specifications

Wavelength: 532 nm
Max Output Power: 400 mW
Cooling Method: Air-Cooled
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The LCX-1064S-XXX-CSB is part of the LaserBoxx SLM series of single longitudinal mode, TEM00 laser modules available in a range of wavelengths from 532nm through 1064nm, offering excellent performance and reliability in a compact fully integrated laser module. The LCX lasers are self-contained DPSS laser modules that utilize ...

Specifications

Wavelength: 1064 nm
Max Output Power: 400 mW
Cooling Method: Other (not specified)
Tunability: Fixed Wavelength
Control Interface:: RS232/RS485, USB
Data Sheet
The JenLas D2.mini 2W is an extension of the long-established and tried-and-tested D2.x series. JenLas® D2. Solid-State lasers are based on disk laser technology and have been on the market for many years. The highly efficient JenLas® D2.mini diode-pumped solid-state laser is available at 532nm with an output power of ...

Specifications

Wavelength: 532 nm
Max Output Power: 5000 mW
Cooling Method: Peltier cooling
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
...
Data Sheet
The JenLas® D2.8 is the big brother to the JenLas® D2. It is a doubled-frequency, diode-pumped thin-disc laser with high beam quality that operates at the wavelength of 532nm and offers 8W of output power. Despite the high power rating of this CW green laser, its compact OEM design allows easy integration. The JenLas D2.8 is ...

Specifications

Wavelength: 532 nm
Max Output Power: 8000 mW
Cooling Method: Peltier cooling
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The LaserBoxx HPE series is a high-power multimode CW 488nm HP laser diode series from Oxxius featuring excellent performance and reliability in a compact, fully integrated laser module.  With power levels in the 100’s of mW range to +2W, the LaserBoxx HPE is available at wavelengths of 375 to 940nm.  The LaserBoxx ...

Specifications

Wavelength: 488 nm
Max Output Power: 1000 mW
Cooling Method: Other (not specified)
Tunability: Fixed Wavelength
Control Interface:: RS232/RS485, USB
Data Sheet
The Symphony™ series of lasers are high power diode pumped solid state laser systems (DPSS) that emit single frequency green laser light at 532nm.  These systems are based on Power Technology’s patented iMAT™ laser technology providing diffraction limited beam quality, intrinsic single longitudinal mode output ...

Specifications

Wavelength: 532 nm
Max Output Power: 1000 mW
Cooling Method: Other (not specified)
Tunability: Fixed Wavelength
Control Interface:: Other (not specified)
Data Sheet
The LCX-532S-XXX-CSB is part of the LaserBoxx SLM series of single longitudinal mode, TEM00 laser modules available in a range of wavelengths from 532nm through 1064nm, offering excellent performance and reliability in a compact fully integrated laser module.  The LCX lasers are self-contained DPSS laser modules that utilize ...

Specifications

Wavelength: 532 nm
Max Output Power: 500 mW
Data Sheet
The LCX-561L-XXX-CSB laser diode module is part of the LaserBoxx low noise series of CW DPSS laser and laser diode modules available at a variety of wavelengths from 375nm through 980nm. The LBX lasers are a fully integrated laser diode solution that provides an extremely stable, <0.2% rms, TEM00 output beam with ...

Specifications

Wavelength: 561 nm
Max Output Power: 50 mW
Data Sheet
The LCX-532S-XXX-CSB is part of the LaserBoxx SLM series of single longitudinal mode, TEM00 laser modules available in a range of wavelengths from 532nm through 1064nm, offering excellent performance and reliability in a compact fully integrated laser module.  The LCX lasers are self-contained DPSS laser modules that utilize ...

Specifications

Wavelength: 532 nm
Max Output Power: 200 mW
Data Sheet
The SDL-375-LM-XXXT is a multi-mode diode laser that emits ultraviolet light at a wavelength of 375±3nm. It has a compact laser head (100x60x40mm) and power supply (200x225x82mm), making it easy to integrate into a variety of applications. This laser operates in continuous wave (CW) mode and has a warm-up time of less than 10 ...

Specifications

Wavelength: 375 ± 3 nm
Max Output Power: 1 ~ 150 mW
Warranty Time: 1 year
Expect Life Time: 10,000 hours
Modulation: TTL Modulation >5KHz 
...
Data Sheet

Frequently Asked Questions

A CW DPSS laser is a type of laser that uses a solid-state gain medium, where the energy is pumped continuously by diode lasers. The "CW" stands for Continuous Wave, indicating that the output light is continuous, rather than pulsed.

CW DPSS lasers work by pumping a solid-state gain medium, typically a crystal like Nd:YAG or Nd:YVO4, with light from diode lasers. This pumping process excites the atoms in the crystal to a higher energy level. When these atoms return to their normal state, they emit a photon, creating laser light.

CW DPSS lasers have several advantages: they offer a high power output with excellent beam quality, they are very efficient, and they have good thermal stability. They are also compact and reliable, making them ideal for a range of applications.

CW DPSS lasers are used in a wide variety of applications, including laser marking, engraving, cutting, welding, and medical applications like ophthalmology and dermatology. They are also used in scientific research, telecommunications, and laser display systems.

CW DPSS lasers typically require minimal maintenance. It's important to regularly clean the outer surfaces, particularly the output window or lens, to prevent dust accumulation. It's also recommended to periodically inspect and clean the cooling system, and ensure the laser is operated within the recommended temperature range.

The lifespan of a CW DPSS laser depends on several factors, including the quality of the components, the operating conditions, and how well it is maintained. However, with proper care, a CW DPSS laser can typically last for many years.

CW DPSS lasers can be purchased from a number of laser manufacturers and suppliers. Always ensure that you choose a reputable company with good customer reviews. Consider your specific needs, such as power output and beam quality, when choosing a laser.

The main difference between a CW DPSS laser and a pulsed DPSS laser is the way they emit light. A CW DPSS laser emits a continuous beam of light, while a pulsed DPSS laser emits light in short, intense pulses. This difference makes them suitable for different applications.

Yes, a CW DPSS laser can be modulated. This means that the intensity of the laser light can be varied over time, which is useful in certain applications, such as telecommunications and data transfer.

CW DPSS lasers are known for their high efficiency. This is because the diode pump source converts a high percentage of electrical power into optical power, and the solid-state gain medium can effectively convert this into the desired laser light. However, efficiency can vary depending on the specific design and quality of the laser.

Yes, CW DPSS lasers are often used in precision applications. They are known for their excellent beam quality, stability, and focusability, which makes them ideal for tasks that require a high degree of accuracy, such as micro-machining, precision cutting, or scientific research.

There are 395 different CW DPSS Lasers from suppliers and manufacturers listed in this category. In just a few clicks you can compare different CW DPSS Lasers with each other and get an accurate quote based on your needs and specifications.

Discover the benefits of CW DPSS lasers, a cutting-edge technology that offers exceptional power, efficiency, and precision. Learn how these lasers are revolutionizing various industries.

Introduction: CW DPSS (Continuous Wave Diode-Pumped Solid-State) lasers have emerged as a leading laser technology, offering remarkable performance and versatility across numerous applications. By combining diode pumping and solid-state gain media, CW DPSS lasers provide exceptional power, efficiency, and beam quality, making them ideal for industrial, scientific, medical, and defense applications.

Key Features and Advantages: 

1. High Power Output: CW DPSS lasers deliver impressive power output, ranging from a few milliwatts to several watts. This high power capability enables them to handle demanding tasks such as material processing, laser marking, and scientific research.

2. Excellent Beam Quality: These lasers produce a high-quality, near-perfect beam with a small beam divergence and minimal beam pointing instability. The result is precise control and accurate delivery of laser energy, crucial for applications such as laser cutting, engraving, and micromachining.

3. Compact and Efficient Design: The diode pumping technology employed in CW DPSS lasers ensures superior energy conversion efficiency, reducing power consumption and heat generation. This compact design allows for easy integration into existing systems or equipment, maximizing productivity while minimizing space requirements.

4. Wavelength Versatility: CW DPSS lasers cover a wide range of wavelengths, including ultraviolet (UV), visible, and infrared (IR). This versatility enables them to adapt to specific application requirements, such as fluorescence spectroscopy, bioimaging, or lidar systems.

5. Long Operational Lifespan: With efficient cooling systems and robust solid-state components, CW DPSS lasers offer extended operational lifespans. This reduces maintenance costs and ensures reliable performance in demanding industrial environments.

Applications: CW DPSS lasers find applications in various industries:

  • Industrial Manufacturing: Laser material processing, cutting, welding, and marking in sectors like automotive, electronics, and aerospace.
  • Scientific Research: Optics and spectroscopy, biophotonics, atomic and molecular physics, and particle acceleration experiments.
  • Medical and Biomedical: Dermatology, ophthalmology, cosmetic procedures, and diagnostics.
  • Defense and Security: Range finding, target designation, directed energy weapons, and laser-based countermeasures.

Conclusion: CW DPSS lasers represent a significant technological advancement in laser systems, offering high power, exceptional efficiency, and precision. Their wide range of applications across multiple industries makes them indispensable tools for modern manufacturing, scientific research, medical procedures, and defense applications. As the demand for improved laser technology grows, CW DPSS lasers continue to play a vital role in shaping the future of numerous industries by providing reliable, high-performance laser solutions.

Did You know?

Fiber lasers are a type of solid-state laser that use optical fibers as the gain medium. They are highly efficient, compact, and have excellent beam quality, making them ideal for a wide range of industrial, scientific, and medical applications. Fiber lasers offer several advantages over traditional lasers, including high efficiency, compact size, and the ability to operate in harsh environments. They are also more cost-effective and require less maintenance than many other types of lasers. Fiber lasers have a wide range of applications, from cutting and welding metals and plastics to micromachining and scientific research. They are also used in telecommunications and medical procedures, such as laser eye surgery and dental treatments. When choosing a fiber laser, it is important to consider factors such as power output, beam quality, wavelength, pulse duration, and manufacturer reputation. Regular maintenance is also important to ensure optimal performance, and may include cleaning the lens, checking the fiber for damage or contamination, and replacing worn or damaged parts as needed.