Server-rendered product directory

Lasers model catalog

Browse 3,778 canonical product destinations across 12 product families. Page 1 lists models 1–120.

Beam Profilers & Beam DiagnosticsCD0307UV-BCD0307UV-B Beam ProfilerCD0307UV-B basic series beam profiler. Spectral range: 190-340 nm, 340-1100 nm. Beam-spot range: 34.5 μm-7.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCD0307UV-MCD0307UV-M Beam ProfilerCD0307UV-M medium-power series beam profiler. Spectral range: 190-340 nm. Beam-spot range: 35 μm to 7.1 mm; TEM00 limit: 4.7 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCD0307UV-XDCD0307UV-XD Beam ProfilerCD0307UV-XD microfocus series beam profiler. Spectral range: 248-266 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCD0307VIS-BCD0307VIS-B Beam ProfilerCD0307VIS-B basic series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 34.5 μm-7.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0104NIR-W500CN0104NIR-W500 Beam ProfilerCN0104NIR-W500 high-power series beam profiler. Spectral range: 1030-1080 nm. Beam-spot range: 20 μm to 4 mm; TEM00 limit: 2.6 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0104NIR-W500-AZ20LCN0104NIR-W500-AZ20L Beam ProfilerCN0104NIR-W500-AZ20L high-power series beam profiler. Spectral range: 1030-1080 nm. Beam-spot range: 20 μm to 4 mm; TEM00 limit: 2.6 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0104VIS-W300CN0104VIS-W300 Beam ProfilerCN0104VIS-W300 high-power series beam profiler. Spectral range: 340-1080 nm. Beam-spot range: 20 μm to 4 mm; TEM00 limit: 2.6 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0204VIS-BCN0204VIS-B Beam ProfilerCN0204VIS-B basic series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 22 μm-4.3 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0204VIS-MCN0204VIS-M Beam ProfilerCN0204VIS-M medium-power series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 22 μm to 4.3 mm; TEM00 limit: 2.9 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0204VIS-NIR-BCN0204VIS-NIR-B Beam ProfilerCN0204VIS-NIR-B basic series beam profiler. Spectral range: 340-1100 nm, 1100-1350 nm. Beam-spot range: 22 μm-4.3 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0205UV-XUCN0205UV-XU Beam ProfilerCN0205UV-XU microfocus series beam profiler. Spectral range: 400-800 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0307UV-BCN0307UV-B Beam ProfilerCN0307UV-B basic series beam profiler. Spectral range: 190-340 nm, 340-1100 nm. Beam-spot range: 34.5 μm-7.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0307UV-XUCN0307UV-XU Beam ProfilerCN0307UV-XU microfocus series beam profiler. Spectral range: 343-355 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0307VIS-BCN0307VIS-B Beam ProfilerCN0307VIS-B basic series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 34.5 μm-7.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0307VIS-MCN0307VIS-M Beam ProfilerCN0307VIS-M medium-power series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 35 μm to 7.1 mm; TEM00 limit: 4.7 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-W1000-FA10YCN0310NIR-W1000-FA10Y Beam ProfilerCN0310NIR-W1000-FA10Y high-power series beam profiler. Spectral range: 1030-1080 nm, Other wavelength bands customizable. Beam-spot range: 32 μm-5 mm@1/e²(TEM00). Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-W500CN0310NIR-W500 Beam ProfilerCN0310NIR-W500 high-power series beam profiler. Spectral range: 1030-1080 nm. Beam-spot range: 50 μm to 9.8 mm; TEM00 limit: 6.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-W500-AZ20LCN0310NIR-W500-AZ20L Beam ProfilerCN0310NIR-W500-AZ20L high-power series beam profiler. Spectral range: 1030-1080 nm. Beam-spot range: 50 μm to 9.8 mm; TEM00 limit: 6.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-XNCN0310NIR-XN Beam ProfilerCN0310NIR-XN microfocus series beam profiler. Spectral range: 900-1100 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-XNWCN0310NIR-XNW Beam ProfilerCN0310NIR-XNW microfocus series beam profiler. Spectral range: 900-1100 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-XNW05CN0310NIR-XNW05 Beam ProfilerCN0310NIR-XNW05 microfocus series beam profiler. Spectral range: 900-1100 nm. Beam-spot range: 10 μm-1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-XNW2CN0310NIR-XNW2 Beam ProfilerCN0310NIR-XNW2 microfocus series beam profiler. Spectral range: 900-1100 nm. Beam-spot range: 2.5 μm-0.25 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310NIR-XNW5CN0310NIR-XNW5 Beam ProfilerCN0310NIR-XNW5 microfocus series beam profiler. Spectral range: 900-1100 nm. Beam-spot range: 2 μm-0.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-BCN0310VIS-B Beam ProfilerCN0310VIS-B basic series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 32 μm-9.8 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-MCN0310VIS-M Beam ProfilerCN0310VIS-M medium-power series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 32 μm to 9.8 mm; TEM00 limit: 6.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-NIR-BCN0310VIS-NIR-B Beam ProfilerCN0310VIS-NIR-B basic series beam profiler. Spectral range: 340-1100 nm, 1100-1350. Beam-spot range: 32 μm-9.8 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-W300CN0310VIS-W300 Beam ProfilerCN0310VIS-W300 high-power series beam profiler. Spectral range: 340-1080 nm. Beam-spot range: 50 μm to 9.8 mm; TEM00 limit: 6.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XGCN0310VIS-XG Beam ProfilerCN0310VIS-XG microfocus series beam profiler. Spectral range: 515 nm-532 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XGWCN0310VIS-XGW Beam ProfilerCN0310VIS-XGW microfocus series beam profiler. Spectral range: 515 nm-532 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XGW05CN0310VIS-XGW05 Beam ProfilerCN0310VIS-XGW05 microfocus series beam profiler. Spectral range: 515 nm-532 nm. Beam-spot range: 10 μm-1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XGW2CN0310VIS-XGW2 Beam ProfilerCN0310VIS-XGW2 microfocus series beam profiler. Spectral range: 515 nm-532 nm. Beam-spot range: 2.5 μm-0.25 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XGW5CN0310VIS-XGW5 Beam ProfilerCN0310VIS-XGW5 microfocus series beam profiler. Spectral range: 515 nm-532 nm. Beam-spot range: 1 μm-0.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XVWCN0310VIS-XVW Beam ProfilerCN0310VIS-XVW microfocus series beam profiler. Spectral range: 400-800 nm. Beam-spot range: 5 μm-0.5 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XVW05CN0310VIS-XVW05 Beam ProfilerCN0310VIS-XVW05 microfocus series beam profiler. Spectral range: 400-800 nm. Beam-spot range: 10 μm-1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XVW2CN0310VIS-XVW2 Beam ProfilerCN0310VIS-XVW2 microfocus series beam profiler. Spectral range: 400-800 nm. Beam-spot range: 2.5 μm-0.25 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0310VIS-XVW5CN0310VIS-XVW5 Beam ProfilerCN0310VIS-XVW5 microfocus series beam profiler. Spectral range: 400-800 nm. Beam-spot range: 1 μm-0.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0505NIR-BCN0505NIR-B Beam ProfilerCN0505NIR-B infrared series beam profiler. Spectral range: 900-1750 nm. Beam-spot range: 50 μm-5.1 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0505VIS-NIR-BCN0505VIS-NIR-B Beam ProfilerCN0505VIS-NIR-B infrared series beam profiler. Spectral range: 350-1100 nm/1100-1750 nm. Beam-spot range: 50 μm-5.1 mm(TEM00); TEM00 limit: 3.6 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0511UV-BCN0511UV-B Beam ProfilerCN0511UV-B basic series beam profiler. Spectral range: 190-340 nm, 340-1100 nm. Beam-spot range: 55 μm-11.3 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0511VIS-BCN0511VIS-B Beam ProfilerCN0511VIS-B basic series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 55 μm-11.3 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0511VIS-NIR-BCN0511VIS-NIR-B Beam ProfilerCN0511VIS-NIR-B basic series beam profiler. Spectral range: 340-1100 nm, 1100-1350 nm. Beam-spot range: 55 μm-11.3 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0512VIS-BCN0512VIS-B Beam ProfilerCN0512VIS-B basic series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 50 μm-12.8 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0615VIS-BCN0615VIS-B Beam ProfilerCN0615VIS-B basic series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 64 μm-15.8 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0615VIS-MCN0615VIS-M Beam ProfilerCN0615VIS-M medium-power series beam profiler. Spectral range: 340-1100 nm. Beam-spot range: 32 μm to 15 mm; TEM00 limit: 11 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0615VIS-NIR-BCN0615VIS-NIR-B Beam ProfilerCN0615VIS-NIR-B basic series beam profiler. Spectral range: 340-1100 nm, 1100-1350 nm. Beam-spot range: 64 μm-15.8 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0615VIS-NIR-MCN0615VIS-NIR-M Beam ProfilerCN0615VIS-NIR-M medium-power series beam profiler. Spectral range: 340-1100 nm/ 1100-1350 nm. Beam-spot range: 32 μm to 15 mm; TEM00 limit: 11 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCN0622VIS-BCN0622VIS-B Beam ProfilerCN0622VIS-B basic series beam profiler. Spectral range: 340-1000 nm. Beam-spot range: 64 μm-22.4 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCS1507NIR-BCS1507NIR-B Beam ProfilerCS1507NIR-B infrared series beam profiler. Spectral range: 1250-2100 nm. Beam-spot range: 150 μm-7.68 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Beam Profilers & Beam DiagnosticsCS1507NIR-GBCS1507NIR-GB Beam ProfilerCS1507NIR-GB infrared series beam profiler. Spectral range: 900-1700 nm. Beam-spot range: 150 μm-7.68 mm; TEM00 limit: 4.7 mm. Check power, attenuation and interface conditions for the selected configuration.View product →
Integrated OEM Laser Power MetersHS-OEM SeriesHS-OEM Series Integrated OEM Laser Power MeterHS-OEM Series integrated OEM laser power meter for 100 μW - 5 W across 0.19-20 μm.View product →
Integrated OEM Laser Power MetersPD-OEM SeriesPD-OEM Series Integrated OEM Laser Power MeterPD-OEM Series integrated OEM laser power meter for 1 nW - 3 W across 200-1800 nm.View product →
Integrated OEM Laser Power MetersTS-OEM SeriesTS-OEM Series Integrated OEM Laser Power MeterTS-OEM Series integrated OEM laser power meter for 2 mW - 300 W across 0.19-25 μm.View product →
Laser applications3D scanning & dimensional inspectionSelect a listed wavelength from 375–1550 nm to match the surface and camera | CW line projection with TTL or analog modulation | A camera observes the projected line across the surface to measure shape, height, flatness and dimensions with a calibrated triangulation geometry. | Specify field width, working distance, depth range, smallest feature, scan speed, surface finish, camera response and required line width. | cw-dpss-diodeView product →
Laser applicationsBrillouin spectroscopyVisible and near-IR excitation matched to sample, filtering and detector | Single-frequency CW; pump and probe for stimulated measurements | Resolve acoustic frequency shifts and linewidths with clean excitation, high spectral contrast and calibrated detection. Interpret longitudinal response using the sample’s refractive index, density and measurement geometry. | Specify sample and geometry, wavelength, expected shift and linewidth, required precision, spectral rejection, sample exposure, calibration and detector interface. | single-frequency | fiber-lasers | spectrum-measurementView 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 CW and Q-switched platforms | CW illumination or synchronized pulsed illumination with sheet optics | 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 applicationsRoad, rail & tunnel inspectionVisible and infrared options selected for surface return and detector sensitivity | CW structured line with synchronized acquisition | A projected reference line supports profile measurements and alignment checks on roads, rails and tunnel surfaces as part of a calibrated inspection system. | Specify standoff, profile width, vehicle speed, sampling interval, vibration, ambient light, temperature and the required enclosure. | cw-dpss-diodeView product →
Laser applicationsSemiconductor wafer inspectionUV and visible surface excitation; SWIR for suitable transmitting silicon stacks | CW scanning or pulsed excitation matched to the measurement | Useful defect contrast depends on the wafer stack, illumination geometry, collection optics and detector as well as the laser wavelength. | Specify wafer material and layer stack, defect classes and references, measurement method, excitation and detection bands, delivered dose, scan timing, repeatability and acceptance criteria. | cw-dpss-diode | ultrafast | fiber-lasersView 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 applicationsWeld seam tracking & positioningVisible or near-infrared line projection, selected around process background and camera response | CW or camera-synchronized modulation | The projected line reveals joint edges and height changes so a vision system can estimate the seam position before or beside the welding process. | Specify joint geometry, working distance, camera view, welding background, line width, exposure timing, robot interface and protective-window arrangement. | cw-dpss-diodeView product →
Laser components and accessoriesAOM & ShutterChoose an acousto-optic modulator for fast intensity control or a mechanical shutter for beam gating. Separate specification tables make the optical, timing and drive requirements easy to compare.View product →
Laser components and accessoriesArticulated ArmDeliver CO₂ or YAG laser energy from the source to a process head through a counterbalanced articulated arm. Choose spring or weight balancing, joint configuration and focusing optics for the working envelope.View product →
Laser components and accessoriesBeam CombinerBring two or three visible laser wavelengths onto a common optical path. Compare RGB wavelength combinations and polarization combiner plates for red, green and blue beams.View product →
Laser components and accessoriesBeam ExpanderFixed and variable beam expanders increase beam diameter and reduce divergence. Compare expansion ratios, mechanical dimensions and wavelength options to match the beam to your focusing or delivery optics.View product →
Laser components and accessoriesF-Theta Scanning LensFocus a scanned laser beam onto a working field with an F-theta lens. Match wavelength, effective focal length, scan field and entrance pupil to the scan head and process geometry.View product →
Laser components and accessoriesFaraday IsolatorProtect your laser from destabilizing back-reflections with a free-space Faraday isolator. A magneto-optic rotator and a pair of polarizers transmit the forward beam while blocking returning light. Choose discrete UV, visible and infrared center wavelengths from 308 to 1064 nm, with low-absorption crystal optics and custom large-aperture options.View product →
Laser components and accessoriesFiber CouplerLaunch a free-space laser into an optical fiber with a coupler matched to the laser head, beam size and fiber interface. Compare the five coupler configurations and their mounting methods.View product →
Laser components and accessoriesFiber for Laser CouplingSingle-mode, multimode and polarization-maintaining fibers route laser light to your experiment. Specify core diameter, wavelength, connector and length together, with collimators, combiners and holders to complete the path.View product →
Laser components and accessoriesFiber Optic CollimatorCollimate light at the fiber output with spherical, aspheric or achromatic optics. Choose a compact standard unit, an integrated fiber collimator, or a configuration for large beams and long-distance delivery.View product →
Laser components and accessoriesFiber-Coupled High-Power LEDMultimode fiber-coupled LEDs provide broadband illumination from deep ultraviolet to near infrared. Compare wavelength, bandwidth and fiber-output power for four core diameters, then match the source to your collection optics.View product →
Laser components and accessoriesGratingDisperse light with reflective plane diffraction gratings for spectroscopy and optical instruments. Compare groove density, blaze wavelength, blaze angle and substrate dimensions for each model.View product →
Laser components and accessoriesHeatsinkKeep the laser package at a stable operating temperature with active temperature control or a passive aluminum heatsink. Compare the controlled area, mounting footprint and weight across the TC range.View product →
Laser components and accessoriesLab PlatformAdjust laser-head height with compact lifting platforms for the optical bench. Compare the platform footprint, travel, height range and load capacity to match the source and surrounding optics.View product →
Laser components and accessoriesLaser Diode ComponentFree-space, pigtailed and DFB laser diodes, plus high-power fiber-coupled modules for OEM integration. Compare wavelength, optical power, fiber type and package requirements across four families, including 3 MHz DFB devices, an 808 nm / 500 W module and a 1940 nm fiber-coupled option.View product →
Laser components and accessoriesLaser GogglesCompare laser eyewear by model, visible light transmission, optical density and the listed protection rating at each wavelength. Match the eyewear to the exact laser and operating mode before ordering.View product →
Laser components and accessoriesLaser Power SupplyDrive diode and solid-state lasers with a power supply matched to current, voltage, modulation and temperature control. Compare the PSU-A-D and PSU-SR electrical limits and interfaces side by side.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 CardLocate ultraviolet and infrared beams with viewing cards selected for the emission wavelength and irradiance. Compare active areas, conversion materials and sensitivity under the listed viewing conditions.View product →
Laser components and accessoriesLine GeneratorTurn a laser spot into a straight reference line for alignment, machine vision and process control. Choose the fan angle to suit the working distance and required line length.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 accessoriesPIV Laser Light SheetForm a light sheet for planar particle image velocimetry and flow visualization. Adjustable working distance and a choice of fan angles let the optics be configured around the test section, incident beam and required sheet thickness.View product →
Laser components and accessoriesPIV Remote Control SystemOperate a compatible PIV laser setup through a compact remote-control interface. Select the controller with the exact laser, power supply, required operating functions and interlock arrangement.View product →
Laser components and accessoriesPIV Synchronizing SystemCoordinate laser output and camera acquisition with a PIV timing controller. Six pulse outputs share a frequency and pulse width, with independently adjustable delays. Qualify trigger levels, timing resolution and jitter against the laser and camera before specifying the controller.View product →
Laser components and accessoriesPolarization Beam Splitter / CombinerSplit a beam into orthogonal polarization components, or combine two polarized beams into one path. Compare plate sizes and coatings for red, green and blue laser wavelengths.View product →
Laser components and accessoriesPrecision OpticsSelect coated laser crystals, frequency-doubling crystals, lenses, waveplates, beam splitters and optical windows. Browse each optical family in its own specification table, with dimensions and coating options kept together.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 ModulatorControl the phase or amplitude of a wavefront with a reflective or transmissive spatial light modulator. Compare resolution, pixel pitch, spectral range and modulation type across the SLM range.View product →
Laser components and accessoriesVariable AttenuatorAdjust optical power with circular, rectangular, polarization-based or motorized attenuators. Compare wavelength range, optical density and control interfaces for your source and experiment.View 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 LasersThe 1014 is a 1014 nm laser source. Output power describes the optical energy delivered per second. At the sample, irradiance also depends on the beam area and losses through the optical path, so the delivered spot must be considered along with the source rating.View product →
Laser models1014-1120 nm Fiber LasersThe 1014-1120 is a 1014-1120 nm laser source. Output power describes the optical energy delivered per second. At the sample, irradiance also depends on the beam area and losses through the optical path, so the delivered spot must be considered along with the source rating.View product →
Laser models1018 nm Fiber LasersThe 1018 is a 1018 nm laser source. Output power describes the optical energy delivered per second. At the sample, irradiance also depends on the beam area and losses through the optical path, so the delivered spot must be considered along with the source rating.View product →
Laser models1027 nm Fiber LasersThe 1027 is a 1027 nm laser source. Output power describes the optical energy delivered per second. At the sample, irradiance also depends on the beam area and losses through the optical path, so the delivered spot must be considered along with the source rating.View product →
Laser models1030 nm Single-Frequency LasersThe 1030 is a 1030 nm pulsed laser source. Pulse duration sets how briefly the energy is delivered, while repetition rate sets the interval between pulses; average power alone does not describe the peak intensity at the sample. At the nominal 80 MHz repetition rate, successive pulses arrive about 12.5 ns apart.View product →
Laser models1040 nm Fiber LasersThe 1040 is a 1040 nm laser source. Output power describes the optical energy delivered per second. At the sample, irradiance also depends on the beam area and losses through the optical path, so the delivered spot must be considered along with the source rating.View product →
Laser models1047 nm Pulsed LasersThe 1047 is a 1047 nm nanosecond laser source. Pulse duration sets how briefly the energy is delivered, while repetition rate sets the interval between pulses; average power alone does not describe the peak intensity at the sample. Pulses shorter than 10 ns deliver the energy in a brief interval; pulse energy and focused spot size determine the intensity at the sample.View product →
Laser models1047 nm Single-Frequency LasersThe 1047 is a 1047 nm pulsed laser source. Pulse duration sets how briefly the energy is delivered, while repetition rate sets the interval between pulses; average power alone does not describe the peak intensity at the sample. At the nominal 80 MHz repetition rate, successive pulses arrive about 12.5 ns apart.View product →
Laser models1050 nm Fiber LasersThe 1050 is a 1050 nm laser source. Output power describes the optical energy delivered per second. At the sample, irradiance also depends on the beam area and losses through the optical path, so the delivered spot must be considered along with the source rating.View product →
Laser models1053 nm Pulsed LasersThe 1053 is a 1053 nm nanosecond laser source. Pulse duration sets how briefly the energy is delivered, while repetition rate sets the interval between pulses; average power alone does not describe the peak intensity at the sample. Pulses shorter than 10 ns deliver the energy in a brief interval; pulse energy and focused spot size determine the intensity at the sample.View product →
Laser models1053 nm Single-Frequency LasersThe 1053 is a 1053 nm pulsed laser source. Pulse duration sets how briefly the energy is delivered, while repetition rate sets the interval between pulses; average power alone does not describe the peak intensity at the sample. At the nominal 80 MHz repetition rate, successive pulses arrive about 12.5 ns apart.View product →
Laser models1064 nm Pulsed LasersThe 1064 is a 1064 nm picosecond laser source. Pulse duration sets how briefly the energy is delivered, while repetition rate sets the interval between pulses; average power alone does not describe the peak intensity at the sample. Pulses shorter than 15 ps deliver the energy in a brief interval; pulse energy and focused spot size determine the intensity at the sample.View product →

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Lasers model catalog