Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.
61～90 item / All 101 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.
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.
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 circular beam with good beam quality at the diffraction limit.
Micro Laser Systems' Lepton IV is a device that can be used immediately by simply turning it on. No heat sink is required. The output can be adjusted from zero to full power. Accessories such as beam expanders, focusing lenses, filters, polarizers, and beam splitters can be prepared.
Featuring lasers (light sources), laser power meters, and optical-related software!
This catalog features light sources, EO equipment, and software handled by FIT Readingtex Co., Ltd. We offer a lineup that includes fiber-coupled diode lasers, tunable semiconductor lasers, near-infrared LED projectors, and superluminous diodes (SLD) broadband light sources. [Contents] ■ Lasers (light sources) ■ CO2 lasers / UV lasers ■ Laser power meters ■ SLD ■ LED light sources, etc. *For more details, please download the PDF or feel free to contact us.
A rich product lineup from short wavelength 635nm to long wavelength 808nm! Miniature packages include 3.3mmφ and APC laser diodes, etc.
Introducing the semiconductor lasers handled by Ayase Corporation, which continue to evolve alongside laser technology. 【Features】 ■ A lineup ranging from short wavelengths of 635nm to long wavelengths of 808nm (Green laser source SHG) ■ A selection of cutting-edge laser technologies available in miniature packages, such as 3.3mmφ and APC laser diodes (TM) ■ Recognized for years of proven performance, we serve as a trusted authorized distributor for these global semiconductor laser manufacturers, responding appropriately and swiftly to various customer demands. 【Product List】 ■ Visible light lasers ■ Infrared lasers ■ APC laser diodes (TM) For other functions and details, please contact us or refer to our catalog.
![[Explanation Material] Narrow Linewidth Picosecond Wavelength Tunable Laser Suitable for Spectroscopic Measurement *Demo Available](https://image.mono.ipros.com/public/product/image/a8d/2000836548/IPROS73332923109513069870.png?w=280&h=280)
Opening up the future of optical measurement with wavelength-tunable semiconductor lasers! Achieved through optoelectronics technology.
This document provides an explanation of the narrow linewidth picosecond wavelength-tunable laser suitable for spectroscopic measurements. It includes detailed introductions with photos and graphs on topics such as "SQL's wavelength-tunable semiconductor laser," "generation of picosecond pulses through optical wave synthesis," and "broadbanding of optical fiber amplifiers." Please take a moment to read it. 【Contents (excerpt)】 ■ SQL's wavelength-tunable semiconductor laser ■ SQL's semiconductor optical amplifier ■ Wavelength-tunable pulse laser necessary for advanced spectroscopic measurements ■ Proposed picosecond wavelength-tunable laser ■ Generation of picosecond pulses through optical wave synthesis *For more details, please refer to the PDF document or feel free to contact us.
![[Materials for the Academic Society Industry Award] Development History and Details of Wavelength-Tunable Semiconductor Lasers](https://image.mono.ipros.com/public/product/image/896/2000836563/IPROS69904087968572754992.png?w=280&h=280)
We have developed a semiconductor laser capable of continuous wavelength tuning over a wide range with high spectral purity!
I am very honored to receive the Industrial Award (Encouragement Award) from the Laser Society this time. In this document, I will provide a detailed explanation of the awarded external cavity wavelength-tunable semiconductor laser and the background of its development. Additionally, I will introduce our company's efforts towards increasing the output power and shortening the pulse duration of wavelength-tunable semiconductor lasers, aimed at creating a new spectroscopic measurement platform based on semiconductor laser technology. I hope you will take the time to read it. [Contents] ■ Introduction ■ Background of Development ■ Productization of Wavelength-Tunable Semiconductor Lasers ■ Increasing Output Power and Expansion to Other Spectral Regions ■ Development of Nanosecond and Picosecond Wavelength-Tunable Semiconductor Lasers ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
![[Information] Basic Terminology Explanation on "Lasers" That You Can No Longer Ask About](https://image.mono.ipros.com/public/product/image/77a/2001021413/IPROS47259500926224077145.png?w=280&h=280)
A detailed introduction to basic terminology related to various lasers and devices, such as external cavity semiconductor lasers.
This document provides explanations of basic terminology related to lasers. It introduces various topics, including gain media and devices that generate highly coherent finite intensity light, such as laser oscillators. Additionally, it includes explanations of various types of lasers, such as continuous wave lasers, pulsed lasers, and semiconductor lasers. We encourage you to read it. 【Contents (partial)】 ■ Gain media (laser media) ■ Laser oscillators ■ Single-mode oscillating lasers, multi-mode oscillating lasers ■ Continuous wave lasers (CW lasers), pulsed lasers ■ Semiconductor lasers *For more details, please refer to the PDF document or feel free to contact us.
Ideal for OEM applications of semiconductor lasers! Wavelength lineup and output enhancement.
The "iBeam smart" is a super compact single-mode semiconductor laser that combines maximum class output power with excellent output stability and beam position stability. Equipped with proprietary technologies FINE, SKILL, and AUTOPULSE, it can address various issues in different applications. 【Features】 ■ Pure one-box solution ■ FINE and SKILL functions that eliminate noise and speckle ■ Analog modulation and digital modulation up to 250 MHz ■ Capable of cleanup filtering *For more details, please refer to the catalog or feel free to contact us.
The TOPMODE 633 laser is a groundbreaking semiconductor laser light source developed to replace HeNe lasers.
The TOPMODE 633 laser is a groundbreaking semiconductor laser light source developed to replace HeNe lasers. It utilizes the unique CHARM technology, allowing for stable operation while maintaining a single frequency mode over long periods. Its compact housing, measuring 19 cm in length, is also a significant attraction. The output achieves a high power of 50 mW in spatial mode (25 mW in fiber output). In applications using multiple HeNe lasers, it can be branched for efficient operation. The dedicated CHARM controller features a slim design of 45 mm and enables complete PC remote control via USB or Ethernet.
Achieving single frequency oscillation with a high output of 1W at 405nm. It is a continuous wave (CW) oscillation laser that is easy to handle.
Holo-Litho 405 is an ideal CW laser system that serves as an alternative to the high-power consumption Kr ion gas lasers (406.7 nm and 413.1 nm) commonly used for holography and lithography applications. Utilizing an "all-semiconductor" approach, the Holo-Litho 405 consumes less than 0.08 W and requires no water cooling equipment. Additionally, the use of long-life semiconductor lasers significantly reduces operational costs and eliminates the need for frequent maintenance.
Solder-free electronic circuit board
Dear Qibitech, This is a product that has been improved to make circuit prototyping more enjoyable, addressing the difficulties encountered with traditional breadboards. It is a development product from BreadBoardManiac, operated by Qibitech.
It is a cost-effective laser system. It can accommodate optical systems (optional) such as beam diameter and focal length tailored to your application.
The "High-Power Fiber-Coupled Blue Semiconductor Laser" is a laser with a high light absorption rate at wavelengths suitable for metallic materials such as gold (Au) and copper (Cu). It is available in maximum outputs of 20W, 50W, and 200W, allowing selection based on the intended application. Additionally, it features a fiber core diameter of φ100μm, making it suitable for fine processing with a small diameter beam. 【Features】 ■ Wavelength: 450nm ■ Available maximum outputs: 20W, 50W, 200W ■ Fiber core diameter: φ100μm ■ Equipped with our proprietary green guide light (520nm) as standard *For more details, please download the PDF or feel free to contact us.
A large number of products handled by each manufacturer are listed! Optical components for general and non-general use.
Our company, which exports and imports high-cost performance parts and devices utilizing advanced technology for applications such as optical communication, handles "optical amplifiers/fiber lasers/semiconductor lasers." In the materials, we introduce a variety of products, including the optical comb laser from Innolume, the EDFA array from Accelink Technologies, and the 2µm band wideband light source from AdValue Photonics. 【Featured Products (Excerpt)】 ■ Manufacturer: Innolume - Quantum dot wideband light source, SOA, gain chip, optical comb laser ■ Manufacturer: AEON - SOA, FTTH Dual SOA, SOA high-speed switch ■ Manufacturer: Accelink Technologies - 8ch, 16ch WDM EDFA array ■ Manufacturer: AdValue Photonics - 2µm band wideband light source *For more details, please refer to the PDF materials or feel free to contact us.
Leave it to us for all your semiconductor laser needs!
We handle "red and infrared semiconductor lasers" from Quantum Semiconductor International (QSI), a group of excellent optical semiconductor engineers. We conduct integrated production from epitaxial growth (EPI), optical semiconductor chip production (FBA), to packaging (PKG) at our own factory. We specialize in the manufacturing of high-quality and reliable laser diodes, allowing us to respond meticulously to our customers' needs. *For more details, please download the PDF (English version) or contact us.
Compact and low-cost halogen light source for fiber connection, ideal for small spectrometers for fiber use.
- Compact / Low Price - Wavelength Range: 350 to 2200 nm - Output: 12W - Long Lifespan: Over 10,000 hours (typical value) - Spectral Irradiance Data Included (optional) - Internal Lens Assembly for Intensity Enhancement (optional) StellarNet's compact halogen light source features an SMA fiber connection, making it ideal as a light source for spectrometers such as the company's compact spectrometers. Additionally, it is possible to include spectral irradiance data as an option, which can also be used for intensity calibration of the company's compact spectrometers.
The MTS series (Micro-Hybrid Thermopile Sensor) detectors are characterized by particularly high detection capability and long lifespan.
One-channel and multi-channel detectors for remote temperature measurement and gas analysis, the MTS thermopile sensor enables non-contact temperature measurement and gas detection due to its high sensitivity. The one-channel, two-channel, and four-channel thermopile sensors detect broad-spectrum infrared. The thermal diffusion current of two different metals (Seebeck effect) generates a voltage when exposed to infrared (IR) or heat, which is then transmitted and processed as a measurement signal. They are suitable for non-contact temperature measurement and NDIR gas analysis. Infrared thermopiles, also known as thermopiles, detect broad-spectrum infrared. The foundation of each detector is formed by so-called thermocouples. The thermal diffusion current of two different metals (Seebeck effect) generates electrical voltage, which is transmitted and processed as a measurement signal. The sensitivity of the detector greatly affects the quality of the measurement results.
I will explain the structure, features, and key points of the application of VCSELs.
A VCSEL (Vertical-Cavity Surface-Emitting Laser diode) is a type of semiconductor laser (laser diode), also known as a vertical resonator surface-emitting laser, which, as the name suggests, emits light vertically with respect to the semiconductor substrate surface. This article will explain the basic structure and principles of VCSELs. [Contents] ■ Basic structure and operating principles of VCSELs ■ Technical features and advantages of VCSELs ■ Applications of VCSELs in the sensing field ■ Growing demand for VCSELs in the optical communication field *For more details, please download the PDF or feel free to contact us.
Provided with TO-CAN and Sub-mount packages.
■TO-Can: Adopts 5.6mm and 9mm packages as standard specifications ■Sub-mount: Mounts CuW or Cu sub-mounts using In or AuSn bonds onto AIN carriers *For details on each package, please refer to the catalog for each mount.*
Provided with TO-CAN and Sub-mount packages.
■TO-Can: Adopts 5.6mm and 9mm packages as standard specifications ■Sub-mount: Mounts CuW or Cu sub-mounts using In or AuSn bonds onto AIN carriers *For details on each package, please refer to the catalog for each mount.*
Provided with TO-CAN and Sub-mount packages.
■TO-Can: Adopts 5.6mm and 9mm packages as standard specifications ■Sub-mount: Mounts CuW or Cu sub-mounts using In or AuSn bonds onto AIN carriers *For details on each package, please refer to the catalog for each mount.*
Provided in TO-CAN and Sub-mount packages.
■TO-Can: Adopts 5.6mm and 9mm packages as standard specifications ■Sub-mount: Mounts CuW or Cu sub-mounts using In or AuSn bonds onto AIN carriers *For details on each package, please refer to the catalog for each mount.*
Provided with TO-CAN and Sub-mount packages.
■TO-Can: Adopts 5.6mm and 9mm packages as standard specifications ■Sub-mount: Mounts CuW or Cu sub-mounts using In or AuSn bonds onto AIN carriers *For details on each package, please refer to the catalog for each mount.*
QPhotonics provides a wide range of optical semiconductor devices in the 200 to 1700 nm range.
■Wavelength: 808nm / 850nm / 1064nm horizontal single-mode semiconductor laser ■Available in 5.6mm or 9mm TO-can, C-mount package ■QLD series
◆Package: Sub-mount / TO-Can ◆Sealed package with AR-coated window ◆PD option available
We offer multi-mode semiconductor lasers in TO-CAN and Sub-mount packages. TO-Can: We adopt 5.6mm and 9mm packages as standard specifications. Sub-mount: We mount CuW or Cu sub-mounts using In or AuSn bonds onto AIN carriers. - 1064nm multi-mode semiconductor laser: Output ~ 3W - 975/980nm multi-mode semiconductor laser: Output ~ 3W - 940nm multi-mode semiconductor laser: Output ~ 4W - 915nm multi-mode semiconductor laser: Output ~ 2W - 852nm multi-mode semiconductor laser: Output ~ 2W - 830nm multi-mode semiconductor laser: Output ~ 2W - 808nm multi-mode semiconductor laser: Output ~ 15W - 785nm multi-mode semiconductor laser: Output ~ 2W
◆Package: Sub-mount / TO-Can ◆Sealed package with AR-coated window ◆PD option available
We offer single-mode semiconductor lasers in TO-CAN and Sub-mount packages. TO-Can: We adopt 5.6mm and 9mm packages as standard specifications. Sub-mount: We mount CuW or Cu sub-mounts using In or AuSn bonds onto AIN carriers. - 940nm single-mode semiconductor laser: Output 50mW to 300mW - 915nm single-mode semiconductor laser: Output 50mW to 300mW - 852nm single-mode semiconductor laser: Output 50mW to 150mW - 830nm single-mode semiconductor laser: Output 50mW to 150mW - 808nm single-mode semiconductor laser: Output 50mW to 150mW - 785nm single-mode semiconductor laser: Output 50mW to 450mW - 1064nm single-mode semiconductor laser: Output 50mW to 300mW
