Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Mar 25, 2026～Apr 21, 2026
This ranking is based on the number of page views on our site.
451～480 item / All 1093 items
CE mark certification for dual pulse Q-switched nanosecond laser.
This is a dual-pulse Q-switch type nanosecond laser that provides excellent beam quality in both multimode and VRM mode. ■ High output: 10mJ – 500 mJ @ 532 nm ■ High repetition (kHz) pulse laser @ 50 mJ ■ Repetition frequency can be continuously adjusted ■ 355 nm / 266 nm: Optional availability ■ Uniform beam profile
Achieving non-thermal processing with clean ultra-short pulses.
Femtosecond fiber laser. Ideal for microfabrication. Excellent robustness and stability, achieving non-thermal processing with clean ultrashort pulses. ■ Wavelength: 1030nm ■ Average Power: 10W ■ Variable Pulse Width: 450f~2ps ■ Adjustable repetition frequency, pulse width, and output ■ Passive air cooling *You can download the PDF catalog. For more details, please contact us.*
Pico-second laser (MOFA method), high output and capable of external synchronization, ideal for stimulated emission (STED) light.
■VisUV (266nm to 590nm) UV, Green, Yellow, Orange picosecond laser ● Enhanced output values at 280nm and 295nm ● Ultraviolet wavelengths: 266, 280, 295, 355 nm ● Visible wavelengths: 532, 560, 590 nm ● Pulse width <85ps (FWHM) ● Controllable via digital interface - USB, RS232, Sepia PDL828 (with dedicated module SEM 828) ■VisIR (765nm, 1064nm, 1530nm) High power IR picosecond laser ● Supports wavelength 1950nm ● Controllable via digital interface - USB, RS232, Sepia PDL828 (with dedicated module SEM 828) ● In the high power version, pulse width can be optionally adjusted to 0.15 to 0.5ns. ● Usable wavelengths: 765-1560 nm ● Pulse width is typically 70ps FWHM (short pulse) or 0.5 ns FWHM (high power) Average output: More than 300mW and less than 1.5W (varies by wavelength) *For more details, please download the PDF catalog or contact us.
A diverse wavelength lineup from 375 to 830 nm. It is also possible to consolidate into a single housing. Output 25 mW to 260 mW.
■Compact and robust Completely integrated housing ■High quality Low noise and high beam quality single-mode output ■High power stability Through power control loop ■User-friendly No adjustment required fiber coupling model The LASOS LDM-XT laser series offers multiple options that guarantee the best cost-effectiveness, whether as OEM components or as standalone devices for scientific and research applications. The output of the laser module can be selected from free-space output or permanently aligned single-mode polarization-maintaining fiber coupling. Fiber patch cords can be specified with various jackets and connectors.
Multiple wavelengths can be synchronized, allowing for complex excitations such as PIE (Pulse Interleaved Excitation).
Pulse-driven, capable of time-resolved measurements. Due to the ability for multi-wavelength synchronization, complex excitations such as PIE (Pulse Interleaved Excitation) are possible. Multiple diode laser heads can be combined using a combiner, and each head can be individually or synchronously controlled with a multi-channel driver. ■ Light Source ● Diode laser-based picosecond pulse laser ■ Driver ● Multi-channel pulse pattern with ultimate flexibility ● Flexible modular system compatible with laser heads ● Pulse, burst, and CW operation ■ Laser Combiner ● Capable of combining up to 5 laser wavelengths and outputting through a single fiber *For more details, please download the PDF or contact us.
High power (up to 10W) single-frequency laser with a narrow linewidth (sub-kHz). Suppresses both frequency conversion phase and intensity noise. Ideal for quantum research.
◆Lasers Suitable for Quantum Applications Compatible with wavelengths of rubidium, strontium, barium, and ytterbium. ◆Narrow Linewidth A series of ultra-stable narrow linewidth fiber lasers that are single-frequency mode-hop-free. ◆High Quality & Robust Design An inherently robust single-frequency design with low phase noise, low intensity noise, high OSNR, and high optical output. Provides high-output, narrow linewidth light at precise atomic transitions required for quantum applications. A high-quality laser system for quantum computing, sensing, measurement, and communication. *For more details, please download the PDF or contact us.*
Wavelength can be specified from 1900 to 2100 nm. MHz-level narrow linewidth, average output of 100mW/1W, high stability, suitable for a wide range of applications.
■Selectable Oscillation Wavelength Customizable from 1900 to 2100 nm ■Very Narrow Line Width MHz Level ■High Quality Single-mode fiber output, diffraction-limited laser beam ■User-friendly Equipment Design Turnkey System The Ultraline 2000 from NPI Lasers is a 2μm CW fiber laser with a narrow line width at the MHz level. It offers high reliability and can achieve high output up to the watt level. It can be used for a wide range of applications including mid-infrared (Mid-IR) light generation, spectroscopy, nonlinear optics, and research and development. When combined with a thulium-doped fiber amplifier, it can generate outputs of 10W. *You can download the comprehensive PDF catalog. Please contact us for more details.
No cooling water required; reduced running costs with low power consumption. Compatible with 100V power supply and ready for immediate use with fast startup.
The "DPSS Green Laser" is a diode-pumped solid-state laser that excels in visualizing the movement of fluids and airflows. The housing is lightweight and compact, making it easy to handle. It is completely air-cooled, requiring no cooling water, and can be used with a 100V power supply. Power consumption is minimized, contributing to reduced running costs. A sheet optical system for fluid visualization and PIV measurement is included as standard. 【Features】 ■ The shock-resistant mechanism of the fiber optical system eliminates the need for readjustment after transport. ■ Maximum output of 2W, with power consumption below 50W. ■ Can also be used as lighting for general video cameras and high-speed cameras. *For more details, please refer to the materials. Feel free to contact us with any inquiries.
XDICE Ultra 1342 is a high repetition frequency solid-state diode-pumped Q-switched laser with a unique fundamental wavelength of 1342 nm.
【Features of IXDICE Ultra Series】 The IXDICE Ultra Series is a high-power amplified version of the IXDICE 1342 laser. With an average output of 18W, it is the most powerful laser system on the market at specific wavelengths. ● High repetition frequency: Up to 200kHz ● Designed for industrial applications, capable of 24/7 operation for 265 days *You can download the PDF catalog. Please contact us for more details.*
High-power MIR nanosecond laser. Peak power 500 kW, average output 2 W. Compact all-in-one integrated design.
**Features of the High-Power MIR Mid-Infrared Nanosecond Laser Baobab** ● A compact all-in-one high-energy mid-infrared laser with a pulse width of a few nanoseconds. ● Ideal for processing non-metallic and biological tissues as well as for scientific research applications with a wavelength of 2720nm. ● Achieves absorption rates similar to ultraviolet lasers, allowing for ablation processing without affecting adjacent layers in multilayer devices. ● Turnkey operation, capable of 24/7 operation, and easy to integrate. *You can download the PDF catalog. Please contact us for more details.*
High energy 120mJ, wavelength variable 210–3450nm. Repetition frequency 10 or 20 Hz. Pulse width 5-7ns.
RADIANT Series A wavelength-variable laser using patented OPO technology, compatible with a wide range from UV to near-infrared. It features a compact design that achieves high durability and minimal alignment shift. The built-in alignment verification function eliminates the need for positioning work after system relocation. *You can download the PDF catalog. Please contact us for more details.*
Compact and highly stable single-frequency diode-pumped solid-state (DPSS) laser. Ideal for Raman spectroscopy, interference experiments, lithography, and quantum research.
Wavelengths of 320, 349, 532, 640, and 780 nm, narrow line width (< 0.5 MHz), very low intensity noise (< 0.1% RMS), and diffraction-limited TEM00 beam. The unique optical architecture and hermetically sealed package ensure very stable operation and performance over long periods. It demonstrates high robustness and durability for demanding embedded applications. Additionally, it is ideal for advanced research applications requiring high precision, stability, and spectral purity, such as Raman spectroscopy, interference experiments, holography, and quantum technology development.
Wavelength 375 to 1550 nm. Capable of mounting up to 6 high-power lasers. Supports multi-mode. Wide-field laser illumination.
It is a highly integrated plug-and-play system best suited for wide-field laser illumination. Equipped with up to six lasers and six modulation inputs, it offers unparalleled flexibility. An optional built-in ND filter for switching is available.
DPSS lasers compatible with LiDAR, MALDI-TOF mass spectrometry, and LIBS, covering near-infrared to ultraviolet (NIR-UV).
A laser compatible with near-infrared to ultraviolet (NIR-UV), with a maximum output of 300µJ @ 1064nm. Suitable for LiDAR, MALDI-TOF mass spectrometry, and LIBS (laser-induced breakdown spectroscopy). Its compact design makes it easy to use for embedded applications.
OEM Embedded Support Single Cavity Femtosecond Laser
The K2-1000-mini is an ultra-low noise turnkey laser ideal for OEM integration. It can be used as a mode-locked femtosecond light source or as a dual-comb mode-locked light source that generates two pulse trains from a single cavity (optional). The K2-1000-mini is also perfect for optical frequency comb applications, high-precision distance measurement, gas sensing, pump-probe experiments, as well as traditional laser oscillator applications such as two-photon microscopy, amplifier seeding, and timing distribution.
High-quality processing with minimized thermal impact on materials is possible! Compatible with a variety of materials such as semiconductors and glass.
"RayVen Laser" is a company specializing in the development of high-power ultrafast lasers in the short-wave infrared (SWIR) region. With a design that achieves both high repetition rates and high energy in femtosecond and picosecond ultrashort pulse lasers, we can meet a wide range of demands in precision processing and research applications. We expand the technologies cultivated in research and development into industrial applications, providing new options in advanced processing and research fields. [Features] ■ Developed based in Bochum, Germany ■ Compatible with the short-wave infrared (SWIR) region ■ Design that achieves both high repetition rates and high energy ■ Femtosecond and picosecond ultrashort pulse lasers *For more details, please refer to the related links or feel free to contact us.
Achieving both compact structure and high frequency stability! Overcoming challenges such as environmental resistance and size constraints.
We would like to introduce the "External Cavity Diode Laser (ECDL)" that we handle. This is a high-stability, narrow-linewidth laser designed for laser cooling, atomic and quantum sensors, and precision optical applications. It covers the transition lines of alkali atoms and alkaline earth metals, with a wavelength range of 369 to 1380 nm. It has been designed and optimized for operation in real environments, achieving high environmental resistance with a semi-monolithic + Cat's eye structure. 【Features】 <Optical Performance> ■ Narrow linewidth ■ Low noise and high stability operation ■ Circular beam option (fiber coupling optimization) ■ Compatible with injection locking configurations <Structure and Design> ■ High environmental resistance with semi-monolithic + Cat's eye structure ■ Compact laser head *For more details, please refer to the related links or feel free to contact us.
Achieves values close to TEM00 and M2 less than 2! A flash lamp model that provides high beam quality.
The "Lux Series" is a turnkey Nd:YAG laser that achieves high energy output. It features an industrial-grade stabilized aluminum structure and is equipped with a compact power supply unit that integrates both water cooling and air cooling. The maximum output is 850 mJ @ 10 Hz. The flash lamp and DI cartridge can be user-replaced, and it comes with a reusable and washable particle filter. 【Features】 ■ Flash lamp system (low maintenance) ■ External trigger support via flash lamp and/or Q-switch ■ Remote operation via touch screen ■ Computer control via USB ■ User-installable ■ Electric harmonic generator with temperature control function (optional) *For more details, please refer to the related links or feel free to contact us.
High measurement performance and expanding measurement applications.
This is the comprehensive catalog of spectrometers and spectroscopic devices handled by Spectra Co., Ltd.
Nippon Steel Group / Direct Diode Laser
We sell and provide system solutions for the high-output direct diode laser (direct semiconductor laser) series from American COHERENT. This device is energy-efficient, has a high beam absorption rate, is ultra-compact and lightweight, easy to systematize, and maintenance-free. Combined with the laser software technology accumulated by our company, we can meet all your needs for welding, processing, and more.
A lineup of λ/2 and λ/4 plates at design wavelengths in the range of 3 to 9 μm. Wavelength plates for mid to long-wave infrared (phase difference plates).
Medium Wave Infrared (MWIR) and Long Wave Infrared (LWIR) zero-order wave plates (phase plates) are designed for applications in the 3 to 9 μm range. Compared to multi-order wave plates, zero-order wave plates offer a wider bandwidth of usable wavelengths and lower sensitivity to temperature changes. We offer λ/2 plates and λ/4 plates for each design wavelength. They can be used for various infrared applications. All plates are coated with anti-reflective films and are secured with a gold frame to facilitate system integration. ■ Ideal for applications in the 3 to 9 μm range ■ Available in λ/2 plates and λ/4 plates ■ Framed design for easy alignment and system integration *The catalog from Edmund Optics Japan can be downloaded from the link below.
Ideal for machine vision and medical applications. Easy-to-implement compact semiconductor lasers in visible light (635nm and 670nm).
The Coherent visible light laser diode module achieves a space-saving design within systems that require a collimated light source due to its compact shape. Its simple design allows for quick and efficient implementation into a wide range of optical systems. The sophisticated electronic design supports consistent laser output and beam generation. Utilizing advanced AlignLock lens assembly technology, it can be used for precision applications with a beam pointing accuracy of <4.3 mrad. This robust and compact laser diode is ideal for machine vision, medical devices, and many other industrial applications. ■ Robust and high-quality compact laser diode ■ Wavelength options of 635nm and 670nm ■ Sophisticated electronic design for consistent beam characteristics *You can download the catalog featuring this product from Edmund Optics Japan below.
All products are sold individually as standard specification items. We offer quick supply due to complete stock availability.
The LDM Compact Laser Diode Module from the UK brand IMATRONIC is a high-quality laser module that widely supports applications such as barcode scanners, laser displays, as well as research and development and experimental uses. Due to its focus type, the optical system built into the tip of the module can be freely moved back and forth by the user. Therefore, this product allows for the generation of not only parallel beams but also converging beams and diverging beams (focusing adjustment). For the product lineup, specifications, and sales prices of standard products, please refer to the relevant product page on the official website of Edmund Optics Japan Co., Ltd. (accessible from the product homepage link below). *You can download the catalog of Edmund Optics Japan from the link below.
All products are sold individually as standard specification items. We offer quick delivery due to complete stock availability.
This is a modulation laser diode module that adopts advanced circuits to suppress unnecessary fluctuations in optical output (equipped with a photodiode for optical output monitoring). By using a simple resistor or voltage source to input the signal, optical intensity modulation becomes possible. It can quickly modulate any waveform. The processor-controlled efficient drive circuit is fully protected and has excellent compatibility with the diode. Additionally, the lens focus adjustment mechanism and the housing of the module are designed to be electrically insulated for stable operation. A 4-pin connector (removable from the main module) is used for the input of operating voltage, control voltage, and shield input interface. The total length of the included 4-wire cable is 2 meters. It complies with the IEC60825 standard in accordance with US CDRH safety standards. Manufactured by Global Laser in the UK. *You can download the catalog from Edmund Optics Japan below.
All products are sold individually as standard specification items. We offer quick delivery due to complete stock availability.
This is an air-cooled argon (Ar) laser that features a user-friendly built-in power supply and a compact all-in-one body. Compared to other manufacturers' air-cooled Ar laser products at similar prices, it offers more than twice the relative output, providing sufficient power for most applications using Ar lasers. Additionally, it is lightweight compared to traditional Ar lasers, making it ideal for OEM applications. The adoption of an internal mirror-type laser tube eliminates the need to worry about mirror maintenance or alignment. With two forced air cooling fans and a unique dual-channel airflow design, it enables efficient heat dissipation of the laser tube while maintaining quiet operation. It also prevents contaminants in the air from entering the laser's power supply unit. The built-in beam shutter can be controlled with a spring-type switch. Remote operation of the laser can be achieved through the built-in interface port. *You can download the catalog from Edmund Optics Japan below.*
It is optimal for incorporation into various optical application devices.
It is a compact laser that modularizes semiconductor lasers of various wavelengths.
It is optimal as a laser for embedded use in various optical application devices.
This is a high-quality, high-reliability LD-pumped solid laser developed to meet the needs of low-power lasers for embedded systems.
It is optimal as a laser for embedded use in various optical application devices.
This is a high-quality, high-reliability LD-pumped solid-state laser developed to meet the needs of low-output lasers for embedded systems.
It is optimal as a laser for embedded use in various optical application devices.
This is a high-quality, high-reliability LD-excited solid laser developed to meet the needs of low-power lasers for embedded systems.
It is optimal as a laser for embedded use in various optical application devices.
This is a high-quality, high-reliability LD-excited yellow laser developed to meet the needs of low-output lasers for equipment integration.
