Server-rendered product directory
Lasers model catalog
Browse 3,366 canonical product destinations across 15 product families. Page 1 lists models 1–120.
- CW LasersCW-760-840CW-760-840 · 775 nmTunable Red LaserView product →
- CW LasersCW-760-840CW-760-840 · 786 nmTunable Infrared LaserView product →
- CW LasersCW-760-840CW-760-840 · 793 nmTunable Wavelength Infrared LaserView product →
- CW LasersCW-760-840CW-760-840 · 825 nmTunable Wavelength Infrared LaserView product →
- CW LasersCW-760-840CW-760-840 · 810 nmTunable Wavelength Infrared LaserView product →
- CW LasersCW-760~840CW-760~840 · 775 nmTunable Red LaserView product →
- CW LasersCW-760~840CW-760~840 · 786 nmTunable Infrared LaserView product →
- CW LasersCW-760~840CW-760~840 · 793 nmTunable Wavelength Infrared LaserView product →
- CW LasersCW-760~840CW-760~840 · 825 nmTunable Wavelength Infrared LaserView product →
- CW LasersCW-760~840CW-760~840 · 810 nmTunable Wavelength Infrared LaserView product →
- CW LasersHigh StabilityHigh Stability · 457 nmSeries: High Stability; Features: Ultra compactView product →
- CW LasersHigh StabilityHigh Stability · 488 nmSeries: High Stability; Features: TEM 00View product →
- CW LasersLow NoiseLow Noise · 457 nmSeries: Low NoiseView product →
- CW LasersLow NoiseLow Noise · 488 nmSeries: Low Noise; Features: TEM 00View product →
- CW LasersMBL-U-430-SFMBL-U-430-SF · 430 nmLaserView product →
- CW LasersMDL-E-405MDL-E-405 · 410 nmOutput / average power: 1~50 mW; Spectral linewidth: < 0.003 nm; Power stability: <1%View product →
- CW LasersMIL-W-2700MIL-W-2700 · 2700 nmLaserView product →
- CW LasersMIL-W-3200MIL-W-3200 · 3300 nmCW Mid-Infrared LaserView product →
- CW LasersPGL/MDL-L seriesPGL/MDL-L series · 637 nmSeries: PGL/MDL-L seriesView product →
- CW LasersTUN-403~406 Wavelength tunableTUN-403~406 Wavelength tunable · 410 nmOutput / average power: 1~30 mW; Spectral linewidth: <0.1 nm; Power stability: <1%View product →
- CW LasersTUN-775~790TUN-775~790 · 786 nmTunable Infrared LaserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3000 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3100 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3200 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3400 nmCW Mid-Infrared LaserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3440 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3640 nmCW Wavelength Tunable Mid-Infrared laserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3700 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-V-2916~3918TUN-V-2916~3918 · 3900 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 2700 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 2796 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 2800 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 2921 nmLaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 3000 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 3100 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 3200 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 3300 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 3390 nmCW Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 3700 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 4100 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 4235 nmTunable LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 3900 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 4000 nmTunable Mid-Infrared LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 4200 nmTunable LaserView product →
- CW LasersTUN-W-2600~4410TUN-W-2600~4410 · 4400 nmTunable Mid-Infrared LaserView product →
- Fiber Optic SpectrometerCompact Spectrometer Firefly4000Compact and portable design Applications: Laser wavelength analysis; Biochemical analysis; Teaching experiments, etc.View product →
- Fiber Optic SpectrometerHigh Resolution Spectrometer Aurora4000Resolution is up to 0.1 nm (FWHM) Applications: Laser wavelength analysis; LED sorting; Chemical research, etc.View product →
- Fiber Optic SpectrometerHigh Sensitivity Spectrometer SunshineQuantum efficiency is up to 80% Applications: Raman spectrum; Semiconductor processing; Life science; Gas analysis, etc.View product →
- Fiber Optic SpectrometerInfrared Spectrometer WoodThis is a two-stage cooled InGaAs detector, suitable for near-infrared detection and spectroscopic analysis.View product →
- Fiber Optic SpectrometerTE Cooled Spectrograph MetalHigh signal-to-noise ratio; secondary cooling Applications: Fluorescence and Raman signal detection, etc.View product →
- Integrated OEM Laser Power MeterHS-OEM SeriesHS-OEM Series Integrated OEM Laser Power MeterHS-OEM Series integrated OEM laser power meter for 100uW - 5W across 0.19-20 um.View product →
- Integrated OEM Laser Power MeterPD-OEM SeriesPD-OEM Series Integrated OEM Laser Power MeterPD-OEM Series integrated OEM laser power meter for 1nW - 3W across 200-1800 nm.View product →
- Integrated OEM Laser Power MeterTS-OEM SeriesTS-OEM Series Integrated OEM Laser Power MeterTS-OEM Series integrated OEM laser power meter for 2mW - 300W across 0.19-25 um.View product →
- Laser applicationsCold atoms and quantum opticsVisible and NIR single-frequency options, including 633 and 780 nm classes | Single-frequency, kHz linewidth, low RIN | Quantum work is usually limited by linewidth, frequency drift, relative intensity noise, and beam quality rather than catalogue power alone. | Ask for transition wavelength, linewidth, drift over one hour, RIN target, polarization, and locking or modulation needs. | single-frequency | fiber-lasersView product →
- Laser applicationsConfocal and fluorescence microscopy405, 488, 561, 637, 640 nm common lines | CW with TTL or analog modulation, SM or PM fiber | Microscopy benefits from compact multi-line combiners with stable fiber output and line-by-line electronic control. | Ask for microscope input fiber, power after fiber, modulation bandwidth, number of channels, and control interface. | application-systems | cw-dpss-diodeView product →
- Laser applicationsFlow cytometry349, 375, 405, 488, 532, 561, 633, 640, 808 nm | CW, low noise, free-space or fiber output | Multi-line excitation packages need stable power, low amplitude noise, fast warm-up, and clean beam delivery for repeatable cell and particle analysis. | Ask for fluorophore set, number of lines, power per line, beam size, fiber interface, modulation, and control protocol. | application-systems | cw-dpss-diodeView product →
- Laser applicationsFluorescence and up-conversion405-980 nm common excitation, including 808 and 980 nm high-power options | CW or modulated | Fluorescence systems need matched excitation lines, fiber delivery, stable intensity, and detector-aware source selection. | Ask for fluorophore, excitation and emission windows, power at sample, fiber/probe geometry, and detector range. | cw-dpss-diode | spectrum-measurement | application-systemsView product →
- Laser applicationsLaser ablation and LIBS1064, 532, 355, 266 nm options | ns, sub-ns, ps, or fs pulsed | Material response depends on pulse duration, pulse energy, peak power, spot size, repetition rate, and wavelength absorption. | Ask for material, target spot size, fluence, pulse width, energy per pulse, repetition rate, and debris or thermal limits. | nanosecond-pulsed | ultrafast | uv-processingView product →
- Laser applicationsMALDI-TOF mass spectrometry355 nm UV, ns pulse class | Q-switched pulsed | MALDI ionization needs UV pulses with stable energy, short duration, controlled repetition rate, and repeatable beam quality. | Ask for matrix, pulse energy, repetition rate, pulse width, beam size, trigger format, and instrument integration. | nanosecond-pulsed | uv-processingView product →
- Laser applicationsOptical tweezers1064 nm common trap wavelength | CW, low noise, TEM00 | Stable near-IR trapping minimizes photodamage while power stability, pointing stability, and beam quality set force stability. | Ask for trap geometry, power at sample, objective NA, pointing stability, noise target, and expansion or isolation optics. | cw-dpss-diode | fiber-lasersView product →
- Laser applicationsParticle image velocimetry532 nm core options, 375-830 nm light sheet options | CW or pulsed line beam | PIV needs a uniform, stable light sheet with enough power or pulse energy for flow-field illumination and synchronized imaging. | Ask for field size, sheet thickness, pulse or CW mode, camera timing, wavelength, safety enclosure, and beam delivery constraints. | application-systems | nanosecond-pulsed | cw-dpss-diodeView product →
- Laser applicationsPhotoacoustic imagingVisible to NIR for vascular and molecular contrast; 266 nm for specialized UV microscopy | Nanosecond pulsed; fixed, multi-line, or tunable | Photoacoustic excitation requires controlled pulse duration and energy, with wavelength selected for absorber contrast and penetration depth. | Ask for absorber, tissue depth, pulse energy, repetition rate, pulse width, beam diameter, and synchronization. | nanosecond-pulsedView product →
- Laser applicationsRaman spectroscopy320, 360, 405, 442, 457, 473, 514.5, 532, 633, 660, 671, 785, 808, 830, 1064 nm | CW, narrow-linewidth, single-frequency where required | Narrow linewidth and high spectral purity protect Raman resolution and reduce background in low-wavenumber and micro-Raman setups. | Ask for excitation wavelength, target Raman shift range, linewidth target, output mode, sample power limit, and required filtering. | single-frequency | cw-dpss-diode | spectrum-measurementView product →
- Laser applicationsTi:Sapphire pumping532 nm, 5-30 W class | CW DPSS pump | Ti:Sapphire pumping is sensitive to pump stability, low noise, TEM00 beam quality, and thermal management. | Ask for Ti:Sa cavity, pump power, beam diameter, M2 target, noise target, cooling constraints, and available mains power. | cw-dpss-diodeView product →
- Laser applicationsUV marking and micro-processing355 nm common, 266 and 532 nm alternatives | Q-switched UV or green | Short UV pulses are useful for high contrast marks on plastics, cassettes, slides, PCB materials, and heat-sensitive substrates. | Ask for material, mark size, contrast target, throughput, scan field, enclosure, and required validation samples. | uv-processing | nanosecond-pulsedView product →
- Laser components and accessoriesAOM & ShutterAOM (Acousto-optic Modulator) and Shutter AOM (Acousto-optic Modulator) It belongs to the high-speed acousto-optic pulse modulator which realizes the intensity modulation over the laser according to the inputted pulse signal and gets corresponding digitally coded optical signal by inputting the digital signal of different codes and frequencies (TTL/ Analog) into the driving power supply of modulator. It is mainly used in such fields as laser text-image processing and laser digital communication. This product has such characteristics as quick modulation rate, small volume, high efficiency, higView product →
- Laser components and accessoriesArticulated ArmArticulated Arm is a configurable configurable scientific component in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesBeam CombinerPolarization beam splitter can be used as beam splitters or beam combiners. The output beam which are parallel to input beam is called p-polarized beam while the orthogonal output beam is defined as s-polarized beam. The polarization beam splitter plates are available for red, blue, and green lasers, you can choose the one you require, we will offer our customer the solution for the beam combining. Material: BK7 Grade A Optical Glass Dimension Tolerance: ± 0.2 mmView product →
- Laser components and accessoriesBeam ExpanderA beam expander is any optical system designed to increase the diameter of a laser beam. In most cases, the term is taken to mean a telescope designed to take a small-diameter collimated beam input beam and produce a larger diameter collimated output beam, thus reducing the divergence of the beam. The beam expander consists of a negative input lens and a positive objective. The expansion factor is the ratio of the focal length of the two lenses. The variable rate laser beam expander is mainly composed of multiple sets of ultraviolet fused silica (UVFS) lenses, which are integrated in a mechaniView product →
- Laser components and accessoriesF-Theta Scanning LensF-Theta Field Scanning Lens 1. F-theta mirrors are used in conjunction with oscillators for laser marking, welding, engraving, etc. 2. Commonly used field mirror lenses are plain optical glass, all-quartz and a mixture of both, depending on the power and pulse width of the input laser. All quartz field lenses are commonly used for high power laser and picosecond laser applications. 3. Uniform beam size over the full width, with aberrations <1%.View product →
- Laser components and accessoriesFaraday IsolatorFaraday Isolator is a configurable non-reciprocal optical component in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesFiber CouplerFiber Coupler is a configurable fiber coupler, splitter or combiner in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesFiber for Laser CouplingOptical Fiber Optical Fiber can supply specialty optical fiber for laser coupling. Our products include single-mode fiber, multi-mode fiber, polarization maintaining fiber, liquid light fiber and fiber with pigtailed GRIN lens collimators for all our existing laser modules from visible to near IR transmission.View product →
- Laser components and accessoriesFiber Optic CollimatorFiber Optic Collimator is a configurable fiber-optic interconnect in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesFiber-Coupled High-Power LEDFiber-Coupled High-Power LED is a configurable compact optical source in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesGratingGrating is a configurable diffraction grating in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesHeatsinkoffer six kinds of heatsink to control temperature for laser, it gives laser a good and constant working condition and environment, which is better for making the laser more stable and extending the lifetime of lasers.View product →
- Laser components and accessoriesLab PlatformLP-01 Lab Platform. Lab Platform is a configurable optical support structure in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesLaser Diode ComponentConfigurable free-space, pigtailed and fiber-coupled laser diodes covering 375–1610 nm, from low-power single-mode and narrow-linewidth DFB devices to high-power pump modules up to 500 W. Select wavelength, output power, fiber mode, connector, thermal control and mounting as one integrated build.View product →
- Laser components and accessoriesLaser GogglesLaser Goggles is a configurable laser safety component in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesLaser Power SupplyLaser Power Supply is a configurable electronic driver or controller in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesLaser Safety Protective HousingThe LSP-01 protective housing encloses an accessible laser beam path and can integrate control of laser emission. The enclosure must be configured from the documented laser hazard analysis, including every wavelength and operating mode, accessible apertures, service panels, viewing requirements and interlock behavior.View product →
- Laser components and accessoriesLaser Viewing CardLaser viewing cards convert UV/ infrared radiation to visible radiation providing a visual image of light. The cards consist of an UV/ infrared phosphor material which stores the energy from conventional light sources (e.g. indoor room lighting, sunlight). As incident UV/ infrared light stimulates the phosphor, the stored energy is released in the form of visible light. Hand-held viewers are ideal for observation and alignment, of laser beams with wavelengths between 250nm and 13um. The viewer delivers a bright, high-contrast image with edge-to-edge sharpness.View product →
- Laser components and accessoriesLine GeneratorLine Generator is a configurable configurable scientific component in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesMulti-function Optical SystemA configurable laser-delivery and modulation platform that can combine one or more laser sources with thermal management, Faraday isolation, a mechanical shutter, fiber coupling and acousto-optic modulation. The optical train is specified around wavelength, power, beam diameter, modulation timing and the required free-space or fiber interface.View product →
- Laser components and accessoriesPolarization Beam Splitter / CombinerBeam Combiner/ Splitter Polarization Beam Splitter/Combiner Polarization beam splitter can be used as beam splitters or beam combiners. The output beam which are parallel to input beam is called p-polarized beam while the orthogonal output beam is defined as s-polarized beam. The polarization beam splitter plates are available for red, blue, and green lasers, you can choose the one you require, we will offer our customer the solution for the beam combining.View product →
- Laser components and accessoriesPrecision OpticsMaterial: BK7 grade A optical glass Design Wavelength: 546.1 nm Design Index: 1.5183 ±0.0005. Precision Optics is a configurable configurable scientific component in the Laser components and accessories family. The final part number should be released only after the optical, mechanical, electrical and environmental fields below are matched to the intended instrument.View product →
- Laser components and accessoriesSignal / Pulse GeneratorThe SG-01 signal generator provides a configurable 0–5 V modulation signal for laboratory laser and optoelectronic control. Duty cycle, frequency and the receiving device’s trigger thresholds must be checked together before connecting the generator to a laser driver, shutter or modulator.View product →
- Laser components and accessoriesSpatial Light ModulatorAs a product carrier for digital optical technology applications, spatial light modulators can change the amplitude, polarization state or phase of light distribution in space under the control of time-varying electrical drive signals and other signals, or convert incoherent light into coherent light. It can easily write specific information into light waves to achieve the purpose of light wave modulation. Through the image signal, the voltage of each pixel is dynamically controlled in real time, so as to realize the modulation of light waves. The performance of spatial light modulators largelView product →
- Laser components and accessoriesVariable Attenuatorprovides 4 kinds of variable attenuators for different application. The circular variable attenuator can make the optical density linearly varies around a 0 ° -270 ° circle for measuring laser energy farthest. As for the square one, the optical density linearly varies across the length for measuring laser energy. Also the high power variable attenuator is available for customization. Applications: Detector of photonView product →
- Laser familiesApplication systems and light enginesConfigured systems, combiners, and multi-channel sources | For instrument subsystems where the source, optics, control, and delivery path should be configured as one package. | Integrated optics | Multi-channel control | Custom beam delivery | confocal microscopy | flow cytometry | PIV | laser marking | illumination | 4, 6, and 8 channel solid-state light engine formats | Multi-wavelength laser combiners | Fiber-coupled and free-space system buildsView product →
- Laser familiesCW DPSS and diode lasers193-10500 nm source coverage | For stable continuous sources where clean beam quality, power stability, and practical instrument integration matter. | High stability | Low noise | Compact integration | Raman spectroscopy | fluorescence | confocal microscopy | machine vision | semiconductor inspection | UV, visible, NIR, and MIR wavelengths | TTL or analog modulation options | Free-space, SM, PM, MM, or liquid-core fiber couplingView product →
- Laser familiesDeep-UV and high-power UV lasers248-400 nm CW and pulsed options | For UV absorption, polymer marking, inspection, and fine material processing. | Cold processing | Small heat affected zone | High contrast marking | semiconductor inspection | UV Raman | 3D printing | tissue cassette marking | PCB marking | CW UV sources for inspection and spectroscopy | 355 nm UV marking with short ns pulse examples | UV, green, and IR processing alternativesView product →
- Laser familiesFiber lasers507-2000 nm single-frequency examples | For setups that benefit from stable fiber delivery, compact beam routing, and defined polarization handling. | All-fiber delivery | PM options | Seed and high-power formats | quantum sensing | telecom-band research | Raman | coherent detection | Seed lasers around 1014-1120, 1525-1596, and 1800-2000 nm | Visible single-frequency fiber models from 507 nm upward | Polarization ratios typically above 15 dBView product →
- Laser familiesNanosecond and sub-nanosecond pulsed lasers213, 266, 355, 532, 1064 nm and custom | For applications controlled by pulse energy, timing, spot size, and peak power. | High peak power | Variable repetition rate | Air-cooled formats | MALDI-TOF | LIBS | photoacoustic imaging | laser ablation | LiDAR | marking | Sub-ns pulse widths down to about 400 ps | ns one-box options at 266, 355, 532, and 1064 nm | uJ to mJ energy classes depending on seriesView product →
- Laser familiesPicosecond and femtosecond lasers266, 355, 515, 532, 1030, 1064, 1560 nm examples | For precision material processing and experiments that need reduced thermal load. | Short pulse duration | High repetition rate | Good beam quality | semiconductor cutting | film scribing | ceramic cutting | sapphire marking | physics experiments | Picosecond examples near 10 ps | Femtosecond series below 300 fs or below 150 fs depending model | Air- and water-cooled configurationsView product →
- Laser familiesSingle-frequency and narrow-linewidth lasersUV, visible, NIR, and fiber laser options | For coherent experiments where linewidth, coherence length, and frequency stability matter more than raw output power. | kHz-class linewidth options | Long coherence length | Low frequency noise | holography | interferometry | quantum optics | narrow-band Raman | cold atoms | Single longitudinal mode DPSS options | Single-frequency fiber laser options | TEM00 beam quality on many configurationsView product →
- Laser familiesSpectrum analysis and laser measurement185-2500 nm spectrometer and analyzer options | For customers who need the source and diagnostic chain specified together. | Laser line measurement | Raman and fluorescence systems | Power measurement | Raman spectroscopy | LIBS | fluorescence | LED analysis | beam and power QA | Fiber spectrometers for high speed spectral capture | Raman systems with probe, laser, spectrometer, and microscope options | Power meter and detector packagesView product →
- Laser measurement and safetyBeam profile and wavelength diagnosticsBeam profile, wavelength, spectral line, power stability, and source verification tools for laboratory laser setups.View product →
- Laser measurement and safetyLaser power meters and detectorsPower meters, detector heads, wavelength checks, and beam diagnostics for qualifying laser sources and experiments.View product →
- Laser models(Ultra) Low-Noise Test SystemMeasurement & SafetyHighly cost-effective test system integrating low-frequency ultra-low-frequency noise measurement IV scanning, and transient response measurement...View product →
- Laser models1014 nm Fiber Lasers1014 nm | output 1~5 W | linewidth <10 kHz | M²: <1.1View product →
- Laser models1014-1120 nm Fiber Lasers1014-1120 nm | output 1-50 mW | linewidth <5 kHz | M²: <1.05View product →
- Laser models1018 nm Fiber Lasers1018 nm | output 1~10 W | linewidth <10 kHz | M²: <1.1View product →
- Laser models1027 nm Fiber Lasers1027 nm | output 1~10 W | linewidth <10 kHz | M²: <1.1View product →
- Laser models1030 nm Single-Frequency Lasers1030 nm | output 1~50 mW | linewidth <1 MHz | M²: <1.2View product →
- Laser models1040 nm Fiber Lasers1040 nm | output 1~10 W | linewidth <10 kHz | M²: <1.1View product →
- Laser models1047 nm Pulsed Lasers1047 nm | pulse energy 1-1000 uJ | rep rate 10-1000 Hz | Rep. rate (Hz): 10-1000; Cooled method: Air cooledView product →
- Laser models1047 nm Single-Frequency Lasers1047 nm | output 1~500 mW | linewidth <1 MHz | M²: <1.2; Features: Ultra compactView product →
- Laser models1050 nm Fiber Lasers1050 nm | output 1~10 W | linewidth <10 kHz | M²: <1.1View product →
- Laser models1053 nm Pulsed Lasers1053 nm | pulse energy 1-1000 uJ | rep rate 10-1000 Hz | Rep. rate (Hz): 10-1000; Cooled method: Air cooledView product →
- Laser models1053 nm Single-Frequency Lasers1053 nm | output 1~120 mW | linewidth <50 MHz optional | M²: <1.5View product →
- Laser models1064 nm Pulsed Lasers1064 nm | pulse energy 75-150 uJ | rep rate 0-1000 Hz | Rep. rate (Hz): 0-1000; Cooled method: Water cooledView product →
- Laser models1064 nm Single-Frequency Lasers1064 nm | output 1~120 mW | linewidth <50 MHz optional | M²: <1.5View product →
- Laser models1080 nm Fiber Lasers1080 nm | output 1~10 W | linewidth <10 kHz | M²: <1.1View product →
- Laser models1100 nm Fiber Lasers1100 nm | output 1~5 W | linewidth <20 kHz | M²: <1.1View product →
- Laser models1112 nm Single-Frequency Lasers1112 nm | output 1~200 mW | linewidth <1 MHz | M²: <1.2View product →
- Laser models1120 nm Fiber Lasers1120 nm | output 1~2 W | linewidth <100 kHz | M²: <1.1View product →
- Laser models1122 nm Single-Frequency Lasers1122 nm | output 1~250 mW | linewidth <1 MHz | M²: <1.2View product →
- Laser models1313 nm Single-Frequency Lasers1313 nm | output 1~500 mW | linewidth <1 MHz | M²: <1.2View product →