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.
481～510 item / All 1093 items
It is optimal as a laser for embedded use in various optical application devices.
This is a high-quality, high-reliability LD-excited green 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 blue laser developed to meet the needs of low-output lasers for embedded systems.
For semiconductor inspection and particle inspection equipment! A compact and stable output embedded laser.
Kyocera SOC's "JUNO 532nm" is a LD-pumped solid-state laser developed to meet the needs for low-power lasers for machine integration. In addition to its compact head, it features excellent spatial mode, low noise characteristics, high reliability, and a comprehensive interface functionality. It is optimal as a laser for integration into various optical application devices, including semiconductor inspection and particle measurement. 【Features】 - Single longitudinal mode (mode-hop free) - TEM00 beam - High stable output (APC control) - Ultra-low noise - Adjustable output *For more details, please refer to the PDF document or feel free to contact us.
Compatible with a wide range of wavelengths (375 to 1064 nm), with low output and low noise! Produced domestically for peace of mind, and custom options are also available. *Comprehensive catalog currently available.
The "JUNO-Compact Laser" is designed to be space-saving and energy-efficient, making it easy to integrate into various devices. The controller and laser head are separated and compatible, allowing for adjustment-free replacement, which simplifies design and maintenance. Additionally, the "JUNO-All in One Laser" is a controller-integrated laser that further enhances space-saving and functionality. The laser coupled with a polarization-maintaining single-mode fiber achieves approximately 80% coupling efficiency through our unique fiber-coupled optical system. It features output stability and a polarization extinction ratio of over -20dB. 【Features】 ■ 16 wavelengths available (375–1064nm) ■ Domestic production & custom options ■ High reliability, long lifespan, low power consumption ■ Fiber-coupled model *For more details, please download the PDF document or feel free to contact us.
A line laser that can project a long line even when the installation position is low. The laser line is projected with a uniform brightness distribution, creating a clean line!
This line laser is equipped with a special lens, allowing it to project a long line from directly beneath the housing, even at a low installation height. The laser line is available in green and red. The operating power supply is DC 12-30V. It features a stainless steel housing with an IP67 protection class, and the laser has a lifespan of 30,000 hours. It meets IK10 standards for impact resistance. The straightness is 0.1 mm/m. It is used for positioning when placing workpieces and for guiding saw blades, among other applications. If you are in a harsh environment or want to reduce the frequency of replacing existing lasers, why not try the newly released HU laser line laser?
We support high-quality tire manufacturing with high precision in irradiation accuracy, a maximum operating range of 2,600mm, and a movement speed of 1000mm/S.
This is a servo laser developed and released for the tire industry. It is unitized with a protection rating of IP54 and operates on a DC 24V power supply. The laser uses a diode laser with a lifespan of 30,000 hours, allowing for long-term use. If the laser source needs to be replaced, users can perform the replacement themselves, eliminating the need to remove it and return it to the manufacturer. The laser's movable range can be selected from 600 mm to 2,600 mm. The movement method can also be chosen as symmetrical or full range, and the number of lasers can be adjusted according to user specifications. This equipment is adopted by many tire manufacturing equipment manufacturers.
Line lasers indicate the width of pedestrian walkways inside the site, cutting lines for cutting machines, position confirmation for overhead cranes, welding instructions, construction vehicles, and forestry machinery, etc.
3D Laser Projector Usage Instructions - Layering process of prepreg during CFRP production - Positioning of masking tape for painting large parts - Positioning of parts during truss formation in wood processing - Positioning of pipes and window frames when pouring concrete into molds in the concrete industry - Layout changes for furniture and appliances - As a substitute for marking work etc. Line Laser Usage Instructions - Projection of cutting lines - Positioning of forklift tines - Projection of pedestrian lines - As a light cutting tool - Checking the straightness of long pipes - Indicating the starting point for processing - Using a USB power cable significantly expands the range of applications etc.
This is a compact semiconductor laser that is ideal for device integration applications, being small and space-saving.
The temperature-adjustable laser Blue/Red/Infrared TEC model is a compact semiconductor laser that is ideal for equipment integration applications due to its small size and space-saving design. The temperature control function ensures high output stability. Laser output and temperature adjustments can also be made via PC. We offer a wide range of wavelengths from 375 to 1064 nm. Output varies from 1 to 150 mW depending on the wavelength. 【Features】 ○ Compact semiconductor laser ○ Ideal for equipment integration applications due to its small size and space-saving design ○ High output stability due to temperature control function ○ Excellent operability (output adjustments can be made via PC) ○ Wide range of wavelengths available For more details, please contact us or download the catalog.
DPSS Laser (Violet, Deep blue, bule, green, Yellow, Red)
Shanghai Dream Lasers Technology is a manufacturer of precision optical components and optical crystals, consistently producing DPSS lasers using parts manufactured in-house. They offer a wide range of oscillation wavelengths, including Violet (430nm, 435nm), Deep Blue (457nm), Blue (473nm), Green (501nm, 515nm, 523nm, 526nm, 532nm, 543nm, 556nm, 561nm), Yellow (589nm, 593nm), and Red (660nm, 671nm). Of course, precision optical components and various optical crystals are also available for sale at low prices.
DPSS Green Laser
Snake Creek Lasers offers ultra-compact green lasers MiniGreen and MicroGreen, small high-power IR laser MiniIR, and the shorter wavelength Mini473. Despite their ultra-compact size, these lasers provide high laser output. They are ideal for integration into equipment but can also be used for laboratory experiments. Additionally, a variety of options are available to facilitate the use of these lasers, including laser integration modules and optical output stabilization modules.
Compact, lightweight, low-cost
Shanghai Dream Laser Technology (SDL) consistently manufactures DPSS lasers using components produced in-house. The RGB laser combines red (635, 660nm), green (532nm), and blue (457, 473nm) to provide compact, lightweight, and affordable lasers.
Compact, lightweight, low-cost
Shanghai Dream Laser Technology Co., Ltd. (SDL) consistently manufactures DPSS Lasers using components produced in-house. The RGB Laser/Fiber Output RG combines red (635, 660nm), green (532nm), and blue (457, 473nm) to provide compact, lightweight, and affordable lasers.
Narrow laser line width! We can provide DFB suitable for gas sensing in the appropriate wavelength range.
The "ICL 2800-6500nm" is a distributed feedback (DFB) interband cascade laser manufactured by Nanoplus, operating at any wavelength between 2800nm and 6500nm. Most hydrocarbons have a strong light absorption characteristic between 3000nm and 6000nm, making this product suitable for providing DFB lasers in the wavelength range appropriate for gas sensing. 【Features】 ■ Single mode ■ Continuous wave ■ Room temperature ■ Low power consumption ■ Wavelength tunable ■ Custom wavelength * You can download the English version of the catalog. * For more details, please refer to the PDF document or feel free to contact us.
Low operating current! Suitable for applications such as laser pointers and barcode scanners.
Union Optronics Corp's "CoS (Chip on Submount)" is a highly reliable product suitable for embedded applications (OEM applications) with low operating current. It is compatible with applications such as laser pointers, barcode scanners, laser modules, and surveying/engineering equipment. Please feel free to contact us if you have any inquiries. 【Specifications】 ■ Wavelength: 650nm, 808nm ■ Output: 5mW (CW), 200mW (CW) ■ Low operating current ■ Positive terminal side mounting package *For more details, please refer to the related links or feel free to contact us.
A perfect white laser that combines three wavelengths into one fiber.
The Triplex (RGB) Fiber Coupled White Laser combines red (635nm), green (520nm), and blue (445nm) lasers into a single fiber to achieve perfect white laser. The fiber types include 3um SMF, 9um fiber, and 105um MMF, among others. The output power range is 10 to 200mW. In addition to the above wavelengths, there are many other options available, and demo units are also available, so please feel free to contact us.
High-output DFB laser with a maximum of 40mW
Nanosystems and Technologies GmbH (nanoplus) was independently established in 1998 from the Technical Physics Department of the University of Würzburg. The specialized technologies resulting from previous research, such as optoelectronic devices and custom-made microfabrication, were commercialized and passed on to nanoplus. nanoplus's DFB lasers are manufactured with a precision of ±0.1 nm over a wavelength range of 760 to 14,000 nm, and we have recently begun handling high-power DFB (ICL) lasers. The wavelengths available are 3345 nm and 4565 nm, with a maximum output of 40 mW. Other specifications are similar to those of nanoplus's previous DFB products. Additionally, in terms of packaging, we can offer fiber-coupled products in addition to the TO66 package type for the ICL products.
Designed for a wavelength range of 760 to 2900 nm with an accuracy of ±10 nm.
The main products of nanoplus are DFB lasers and FP lasers, but in recent years they have also focused on the production of SLDs, which are specially designed and characterized to meet customer requirements. For over 20 years, nanoplus has been manufacturing DFB and FP lasers with excellent performance. This technology is also used in the SLDs they offer in the wavelength range of 760 to 2900 nm.
FP laser with a wavelength of 760 to 6500 nm
Nanoplus's FP laser, like the DFB, is one of our flagship products. We can provide wavelengths ranging from 760 to 6500 nm. Additionally, we offer high-power FP lasers (up to 1W) in the range of 1950 to 2350 nm. Our FP lasers can be tuned with an accuracy of ±20 nm, and there are various packages available depending on the wavelength range.
Pulse picker capable of thinning laser pulses manufactured by APE GmbH.
The pulse repetition frequency of the femtosecond picosecond mode-locked titanium sapphire laser can be changed from 1/2 to 1/260000.
LD excitation provides high output and high energy (up to 190mJ @ 1064nm), making it ideal for spectroscopic analysis with maintenance-free and long lifespan features.
Achieves maintenance-free operation for an extended period through diode excitation. The lifespan of the excitation diode exceeds 1 billion shots, ensuring long durability. Freed from the noise of flash lamp discharge, it operates quietly, providing a serene working environment. The high-brightness pulse of the NL230 is ideal for ablation processing, remote sensing, and OPO excitation. It can achieve up to 190mJ @1064nm, with a maximum pulse repetition rate of 100Hz.
Despite being ultra-compact, it offers high performance, excellent reproducibility, individual quality stability, and high reliability, and can be easily integrated into systems.
With advanced features and user-friendly design, it supports OEM inline measurement for a wide range of applications in various research fields and industries. ● Compact size ● CMOS control (2K-2048 pixels / 4K-4096 pixels) ● High sensitivity CMOS image sensor enables high sensitivity and high wavelength resolution measurements ● Latest optical bench (NEXOS Bench F=75mm) minimizes stray light ● High temperature and wavelength stability ● Flexibility in measurements (slit size can be changed) ● Smooth integration with equipment and systems ● Excellent reproducibility and high individual quality stability ● Can be connected to a PC via USB for easy control from the PC ● Charging from the PC is also possible
The sealed structure all-in-one laser head features ultra-low noise, high quality, long lifespan, high precision, and is also low cost.
The sealed all-in-one laser head operates with a standard low-voltage DC power supply and incorporates optical components, drive circuits, and temperature control functions within a single housing. The high level of integration of optical and electronic devices, along with semi-automated production, enables even complex frequency-mixing lasers to achieve excellent cost performance. Characterized by ultra-low noise and high beam quality, it is applicable in a wide range of fields, from basic optical applications such as measurement, illumination, and alignment to chemical and biophotonics applications like Raman spectroscopy and fluorescence imaging, as well as from device integration to physical experiments. With a renewed and more robust body structure, the directionality and positional accuracy of the beam divergence angle have improved, and cooling capacity has also been enhanced. Additionally, it adopts a UART (Universal Asynchronous Receiver/Transmitter) interface, allowing control via USB or UART, making it more user-friendly.
Achieving maintenance-free operation with easy turnkey operation and a monolithic all-fiber design, suitable for a wide range of scientific applications.
The LightWire FFS series is an optimal femtosecond fiber laser for seed light sources (CPA) for standard femtosecond YAG laser amplifiers. With fiber included, no alignment adjustments are necessary. The CHI model can produce pulses as short as 300 fs after compression. It also provides a wide spectral bandwidth of chirped pulses up to 12 nm (FFS200CHI). Additionally, it delivers high-quality beams with beam quality: M² < 1.1. The LightWire FPS series is a monolithic polarization-maintaining picosecond fiber laser. It offers turnkey operation, and with fiber included, no alignment adjustments are necessary. The wavelength-tunable seed light can overlap with the amplifier spectrum, making it highly cost-effective. Direct fiber output is obtained from an integrated controller, eliminating waste, and the turnkey easy operation and monolithic all-fiber design ensure maintenance-free operation. It is optimal as a seed light source (CPA) for standard YAG laser amplifiers, with a spectral bandwidth close to the transform limit.
A high-power femtosecond laser with an industrial-grade unibody design that integrates everything from the oscillator to the amplifier into a single enclosure.
The high-efficiency cavity design dramatically reduces the size. It is also easy to assemble and optimized for mass production, making it ideal for industrial applications as well as scientific applications. In industrial applications that require ultra-fast pulses with beam stability, the built-in pulse picker allows for control of output and energy, enabling stable beam quality and output stability unaffected by environmental conditions. By adding a flexible and highly adaptable BiBurst function, it provides new solutions for micro-machining applications in new high-tech manufacturing industries (such as home appliances, IC chip manufacturing, stent cutting, surface functionalization, next-generation display factories, quantum computers, etc.). Scalability in material processing: High-precision micro-machining is possible for various applications such as drilling and cutting of metals, ceramics, sapphire, and glass, material ablation for mass spectrometry, internal processing for IC chip manufacturing, and processing of multilayer structural materials. I-OPA is an industrial-grade optical parametric amplifier that can be directly attached to CARBIDE. It allows for flexible wavelength tuning and is used in spectroscopic analysis and micro-spectroscopy, making it ideal for multiphoton microscopy.
A high pulse repetition rate and high peak power industrial-grade DPSS picosecond laser, designed for diode excitation, ensuring long lifespan and suitability for extended use.
A compact design that is robust and hermetically sealed allows for use in various industrial material processing. ● Wavelength: 1064nm, harmonic options (532/355nm) ● Output: 10–40W@1064nm, 8–25W@532nm, 5–15W@355nm ● Maximum pulse energy: 130μJ@100kHz, 50μJ@800kHz ● Pulse repetition: 100kHz–2MHz ● Pulse width: <10–15ps@1064nm ● Excellent focusing characteristics: M2 <1.3 ● Compact and sealed robust package design ● Fully removable and closely connected structure ● Burst mode compatible ● Equipped with a process shutter Applications ■ Cutting and drilling of brittle and transparent materials ■ Micromachining ■ Thin film processing ■ Patterning
Developed for industrial processing, it is easy to operate and achieves long-term maintenance-free performance, maintaining high stability with a robust casing even in a 24/7 operating environment.
High power can be obtained at high repetition rates (kHz), making it suitable for various applications such as laser ablation and micromachining. ■ Drilling and metal microparticle processing ■ Cutting ■ Patterning (semiconductors, PC boards) ■ Surface microstructures ■ Ablation ■ Micromachining ■ Solar panels Applications (UV) ■ Cutting of OLEDs ■ Structural processing of sapphire ■ Micromachining of ceramics
A super compact handheld air-cooled OEM model that achieves high peak power through repeated high cycles, providing a thermally and mechanically stable high-quality beam output.
Capable of supporting a wide range of applications such as scientific research and equipment manufacturing, biomedical experiments, precision measurement, radar communication, materials processing, process control, online reception, and survey instruments.
Halogen light source with an excellent stabilized power supply included for transmission and reflection measurements!
The "HL-2000 Series" is a white light source available for various measurements in the visible to near-infrared range (360-2000nm). It is equipped with a fan for air cooling, which cools the light source and ensures stable output. Additionally, this light source comes with an excellent stabilized power supply. The output port features an SMA905 connector, which is compatible with accessories such as spectrometers, optical fibers, and cuvette holders from Ocean Optics. 【Features】 ■ Output across a wide wavelength range from visible to near-infrared (360-2000nm) ■ Choose between a 1,500-hour lifespan and a 10,000-hour lifespan ■ Shutter and light intensity control via RS-232 interface (HL-2000-HP-232R) ■ Available in a 20 W high-output model (HL-2000-HP) *For more details, please refer to the PDF document or feel free to contact us.
