Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
616～630 item / All 1091 items
RPMC in the United States handles high-power, high-brightness multimode semiconductor lasers manufactured by LDX in the United States.
■We offer a lineup with wavelengths ranging from 445 to 1850 nm. ■Output: Up to 8W. ■The high brightness option with special lenses allows for efficient fiber coupling: 50 µm core fiber for 100 µm emitter LD elements, and 100 µm core fiber for 200 µm emitter LD elements.
SemiNex Corporation is a specialized manufacturer of high-power semiconductor lasers based on InP (1.2 to 2 um).
Multi-mode type up to 6.2W, single-mode type up to 0.8W Supply with FAC lens is also available.
QPhotonics supplies a wide range of optical semiconductor devices in the 200 to 1700 nm range.
Wavelength: Multimode semiconductor laser with output from 395 to 1570 nm.
End-pump type semiconductor laser with AOQ switch for third harmonic generation (THG).
■Since the resonator is integrated with the housing, there is no need for optical alignment, allowing for stable laser oscillation. ■Due to its compact size and air cooling, it is convenient for portability.
Achieving miniaturization, high power, and improved beam quality of light sources.
■ The Dual Junction VCSEL is a VCSEL with a very high oscillation efficiency of PCE > 50%, independently developed by Brightlaser. ■ Compared to conventional VCSELs, it has a lower threshold current value and faster response with low current drive. ■ The biggest advantage is the high output, which has made range finding with VCSELs a reality. * Additionally, the miniaturization of the package is also easier, so its use in automotive applications is expected in the future.
■A premium broadband light source that can be used with very high stability. ■The E/O frequency comb housed in a 19-inch rack has an output of 5W.
OCTAVE photonics is a company that develops nanophotonics chips and manufactures and sells fiber coupling devices using those chips. OCTAVE photonics has produced frequency comb lasers using nonlinear nanophotonic waveguides and E/O technology. - The spectrum and optical frequency space are uniform. - Spectral coherence is present over a wide bandwidth. - The repetition frequency is 5-30 GHz. - High output of 5W. - Pulse width can be specified up to 20 fs.
◆ 1.5μm eye-safe wavelength ◆ 1~10nsec pulse width ◆ 3W average power, 4kW peak power
The 1.5um 4kW Fiber Laser is a high-power compact fiber laser. It operates at a safe wavelength of 1.5μm with a pulse width of 1 to 10 nanoseconds, a maximum repetition frequency of 4MHz, and can output pulses with a peak power of 4kW.
◆Coherent pulse vertical mode single RGB laser with a length of over 3 meters ◆The laser is used by a company that manufactures holograms.
The RGB-ALFA model is a nanosecond pulsed laser from a family of compact master oscillation flash lamps or diode-pumped Nd:YAG, YAP, or YLF lasers. It features a very stable EO-Q switch oscillator and performs wavelength conversion to second and third harmonics using various NLO crystals. This laser allows for selection of output, energy, wavelength, and repetition frequency, and provides single longitudinal mode and TEM00 laser output. Geola, a company from Lithuania, is the world's first manufacturer of 3D holographic printers and laser systems dedicated to holography. Optro Science Co., Ltd. mainly handles holographic films and plates.
Precision welding capable of handling difficult-to-weld materials. Extensive experience in semiconductor-related and advanced technology research fields.
As a specialist in metal welding and joining, we utilize various processing methods to achieve precise and high-quality welding on a diverse range of metals such as aluminum, copper, titanium, magnesium, and tantalum. With high technical skills and abundant know-how, we have extensive experience in responding to products that require stringent specifications, including those related to semiconductors and advanced technology research. We are one of the few companies that perform electronic beam welding in a vacuum, allowing for precise welding with adjustable penetration depth, minimal distortion and defects, and reduced quality variation, thus providing high-quality welded products. 【Features】 ■ We support various processing methods including electronic beam welding, TIG welding, vacuum brazing, torch brazing, and micro TIG welding. ■ In addition to precision welding for electronic components, we also welcome requests for standard welding. ■ We flexibly accommodate small to large quantities and small to large items. ■ We ensure high-reliability welding with helium leak testing and microscopy. *We are currently offering a "Processing Case Collection" and "Welding Method Explanation Materials"! Please check them out via the download button. Feel free to contact us with any inquiries.
It is a UV irradiation device that can utilize DUV light up to 248nm and allows for wavelength selection and switching.
This is a UV irradiation device that can utilize DUV light up to 248nm and allows for wavelength selection and switching. It can extract only the necessary mercury emission line wavelengths using optical filters. It comes standard with a variety of features, including a shutter, timer irradiation, light intensity adjustment, filter changer, and external control.
It is a halogen light source that can emit light from visible to near-infrared.
This is a halogen light source equipped with a shutter that can emit light from visible to near-infrared. It is equipped with an RS485 connector for external control, allowing the device to be operated from a distance and enabling daisy chaining of multiple light source devices. Additionally, the built-in dimming plate allows for adjustment of light intensity without changing the color temperature.
A bandpass filter that achieves sharp rise and high transmittance in the visible light range (660nm). It is ideal for red laser diodes and LED applications.
Are you having trouble with something like this? - Is it possible to only allow a specific wavelength (633nm) to pass through? - I would like to expand the stop band because light other than the desired wavelength becomes noise. - Can you take into account the range of incident angles? - The shape is special; can it be shipped as a component? Optical bandpass filters are used in various optical applications and are essential for selectively extracting light of specific wavelengths. Passband: An optical bandpass filter allows a specific range of wavelengths to pass through. This range of wavelengths is called the passband and is typically defined by the center wavelength and the wavelength bandwidth. Wavelength selectivity: Optical bandpass filters can have very high wavelength selectivity, emphasizing light of specific wavelengths. This is important in many fields where precise wavelength selectivity is required. A 660nm bandpass filter, which selectively allows light in the specific wavelength range of 660nm to pass through, is commonly used in optical applications. This bandpass filter amplifies or allows light within the wavelength range around 660nm while blocking light of other wavelengths.
Fully air-cooled, compact CW laser system with high reliability and high output stability, 532nm, up to 16W, low noise CW laser.
Completely air-cooled, compact CW laser system with high reliability and high output stability, 532nm, maximum 16W, low noise CW laser. 【Main Features】 ■ CW laser ■ 532nm ■ Maximum 16W ■ High cost performance ■ High output stability (<0.1% rms) ■ Excellent noise performance (<0.1% rms) ■ Smart power supply standard equipped, adjustable to any laser output value ■ Remote diagnostics/adjustments via the internet
Fully air-cooled compact CW/Q-switch semiconductor-pumped solid-state laser DX series
Ultra-compact, fully air-cooled CW/Q-switch DPSS laser 【Features】 ■ Compact and high power ■ Intracavity structure achieves high wavelength conversion efficiency and long lifespan of harmonic crystals!! ■ Fiber coupling end-pumping for high beam quality and easy maintenance ■ All in TEM00 mode, high beam quality ■ Operates on 100V ■ Air-cooled
![Femtosecond ultrashort pulse laser [TACCOR series]](https://image.mono.ipros.com/public/product/image/909/2000128271/IPROS50816186603625556228.jpeg?w=280&h=280)
Achieving high stability, manufacturing reproducibility, and long aircraft lifespan!
**Main Features** ■ GHz femtosecond laser ■ Automatic start, automatic maintenance ■ Stable, robust The TACCOR series laser is an easy-to-operate/user-friendly femtosecond laser system that oscillates at a maximum frequency of 10 GHz, a maximum output of 1.8 W, and a minimum pulse width of 15 fs. The TACCOR femtosecond laser system consists of a compact laser head with seismic resistance that incorporates a Ti:sapphire oscillator and an excitation light source, along with a control support unit designed with innovative engineering. It has the capability to monitor the laser's performance and diagnose and analyze the laser's condition. The TACCOR laser system achieves high stability, manufacturing reproducibility, and a long lifespan due to these configurations and functions. Additionally, the laser system can access an engineer server via an internet connection, allowing for remote diagnostic and adjustment maintenance. Therefore, even if maintenance is required after the system is installed, it can be addressed while the equipment is in place in the laboratory.
