Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
166～180 item / All 1071 items
QPhotonics supplies a wide range of optical semiconductor devices in the 200 to 1700 nm range.
■Wavelength: Single-mode semiconductor laser with a range of 400 to 1665 nm ■5.6 mm or 9 mm TO-can package ■Gain chip with AR coating, DFB lasers also available
QPhotonics supplies a wide range of optical semiconductor devices in the 200 to 1700 nm range.
■Wavelength: Single-mode semiconductor laser with fiber output from 375 to 1656 nm ■Supplying DFB lasers, FBG, gain chips with AR coating, etc.
QPhotonics supplies a wide range of optical semiconductor devices in the 200 to 1700 nm range.
■Fiber output semiconductor laser with DFB and FBG structures for wavelength stabilization ■Wavelength: 630 to 1656 nm
CW fiber laser with 1080nm, 500W to 2000W (2KW)
■Compact rack type with water cooling, making it easy to integrate into equipment ■Modulation from 1 to 20 kHz is possible
MOPA-type QCW fiber laser
■Maximum peak power of 1500W with an average output of 150W and pulse energy of 15J, capable of continuous wave oscillation. ■Power, pulse width, and repetition frequency can be controlled independently.
◆ 50ps pulse width ◆ Repetition frequency 50kHz to 30MHz ◆ M2<1.3 beam quality
◆ 1064nm maximum 100W, 532nm maximum 40W, 355nm maximum 15W Evolase's picosecond fiber laser (IGUL) is a MOPA (Master Oscillator Power Amplifier) type fiber laser that emits up to 100W (1064nm), 40W (532nm), and 15W (355nm) with a pulse width of 50ps.
◆ 1530~1580nm single frequency ◆ ±20GHz tuning range ◆ Line width 1kHz ◆ 40mW to 10W CW
【Specifications】 Wavelength, nm: 1530–1580 Wavelength tuning, GHz: ± 20 Bandwidth, kHz: <1 Power: 40 mW–10 W Power range, from maximum, %: from 1 to 100 Operating mode: Continuous Frequency stability, MHz: Long-term (operating for 1 hour) – at least 250 Short-term (operating for 1 s) – at least 20 Cooling Air: Power consumption, W: no more than 350 Operating temperature range, °C: from +15 to +30 Polarization: Natural Power supply voltage, V: 110–265 Monitoring: Via front panel or remotely via TCP/IP protocol
◆Minimum pulse width of 30 ps ◆Maximum peak power of 2 W ◆Spatial output or fiber coupling ◆Modulation frequency ◆PC control via mini USB
【Specifications】 External TRIG IN: TTL into 50 Ohm, 3.3–5V Pulse-to-pulse Amplitude Instability: <5% Jitter: Pulse duration: <1% Jitter: Pulse period: <0.2% Delay Laser Output to TRIG IN (TTL): - Dimensions: 105 mm × 70 mm × 25 mm Weight: 600 g GENERAL: - Voltage/Current requirements: DC 5V, 4A, PSU included Control interface: mini USB TEMPERATURE: - Operating: +10…+50 ̊C Storage: -20…+70 ̊C Humidity: < 95%
◆1535nm eye-safe wavelength ◆2nsec pulse width ◆0.5kW peak power ◆Ultra lightweight and compact: 50g, 65 x 20 x 14mm
■Low power consumption: < 5W ■Operating temperature: -40℃ ~ 85℃ (~105℃ storage temperature) The 1.5um Nano Fiber Laser is a lightweight and compact fiber laser. It has an oscillation wavelength of 1535nm, which is eye-safe, with a pulse width of 2nsec, a repetition frequency of 500kHz, and can achieve a peak power of 500W for fiber output pulse oscillation, making it ideal for TOF LiDAR applications for device integration.
◆1.5μm eye-safe wavelength ◆1~10nsec pulse width ◆1~2W average power, 1~3kW peak power ◆-40℃~105℃ operating temperature range
The 1.5um Mini Fiber Laser is a lightweight and compact fiber laser. It has an oscillation wavelength of 1.5μm, which is an eye-safe wavelength, with a pulse width of 1 to 10 nanoseconds, a maximum repetition frequency of 4MHz, and a peak power of 1 to 3kW for fiber output pulse oscillation. The operating temperature range is -40°C to 105°C.
◆Low phase noise ◆Single frequency mode (<0.1kHz) ◆Output: <40mW ◆Mode hop free ◆1nm tuning range
iXblue's single-frequency fiber laser is designed by applying UV Bragg grating technology to active fiber. By shortening the cavity length to the extreme and implementing a phase shift design, it achieves ultra-narrow linewidth and robust mode-hop-free performance. In combination with the company's benchtop driver, it realizes a stable single-frequency laser line with a linewidth of less than 0.1 kHz. iXblue Photonics is a leading French photonics company that manufactures fiber-coupled EO modulators (LN modulators) and specialty optical fibers. The company's LN modulators are space-grade compliant and are widely used in sensor applications and space communication as one of the most reliable devices.
◆Mid-infrared broadband light source ◆Wavelength: 1.9μm to 3.9μm ◆Output: 1.5W ◆Repetition: 4MHz
■Mid-Infrared Broadband Fiber Laser Emits continuous spectrum from 1.9 µm to 3.9 µm. High brightness due to high output, suitable for applications such as spectroscopic microscopy, spectrometers, and photoelectron inspection. 【Product Specifications】 Wavelength: 1.9 µm to 3.9 µm Output: 0.9W Repetition Rate: 2.4MHz (Typical) Stability: <1% Laser Output: Collimated Beam Diameter: Gaussian Beam
Han's TCS is a company that sells semiconductor laser modules and systems with fiber couplings.
Han's TCS is a company established in Beijing, China in 2011 as a subsidiary of Han's Laser, specializing in the sale of fiber-coupled semiconductor laser modules and their systems. - 405nm fiber-coupled semiconductor laser 10–35W, 800μm core diameter / 0.22NA fiber - 450nm fiber-coupled semiconductor laser 10–35W, 800μm core diameter / 0.22NA fiber
◆ Wavelength stability: 0.02nm/℃, 0.05nm/A ◆ Spectral width: <0.5nm ◆ 0.22NA fiber
【878.6nm Wavelength Stabilized Fiber-Coupled VBG Semiconductor Laser】 ◆ Wavelength stabilization by 878.6nm VBG ◆ 30–120W ◆ 200um core diameter / 0.22NA fiber This is a fiber-coupled semiconductor laser at 878.6nm equipped with a VBG (Volume Bragg Grating). It has a wavelength stability of 0.02nm/°C and 0.05nm/A, with a spectral width of <0.2nm. It is ideal for exciting solid-state lasers such as Nd:YVO4. 【976nm Wavelength Stabilized Fiber-Coupled VBG Semiconductor Laser】 ◆ Wavelength stabilization by 976nm VBG ◆ 10–140W ◆ 105um core diameter / 0.22NA fiber This is a fiber-coupled semiconductor laser at 976nm equipped with a VBG (Volume Bragg Grating). It has a wavelength stability of 0.02nm/°C and 0.05nm/A, with a spectral width of <0.2nm. It is ideal for exciting fiber lasers.
◆Adjustable output between 10% and 100%◆With protection features for overcurrent/voltage/temperature
◆450nm 120W, 955nm 1000W, 976nm 400W ◆200μm, 300μm core diameter / 0.22NA fiber The high-power fiber-coupled semiconductor laser system can adjust the output between 10% and 100%, and can be controlled manually or via RS232. Please consult us for wavelengths and outputs other than 450nm 120W, 955nm 1000W, and 976nm 400W.
