CW Lasers
261-1319 nm
Power stability, linewidth, beam quality
149 models83% of largest family
Products
Laser product-family study
Laser selection map.
193 nm UV to 10500 nm. Any kind of laser you can imagine.
587selectable rows
9families
169capability groups
22guided routes
Most repeated lines in the study
Wavelength density
Rows can repeat a line across power or package variants.
355 nm60 rows
1064 nm48 rows
532 nm47 rows
405 nm35 rows
266 nm33 rows
473 nm26 rows
488 nm24 rows
637 nm21 rows
349 nm17 rows
457 nm16 rows
410 nm14 rows
Catalog map
Family first. Model second.
The attached list is normalized by family, model, wavelength, output power, pulse metrics, linewidth, stability, and qualification fields. This view keeps the decision surface small.
157
Single-Frequency Lasers
320-1342 nm
SLM, narrow linewidth, coherence
98 models53% of largest family
Fiber Lasers
266-2000 nm
Fiber output, PM options, seed formats
53 models28% of largest family
Pulsed Lasers
213-2940 nm
Pulse energy, repetition rate, pulse width
179 models100% of largest family
Multi-wavelength Lasers
configured
Free-space, SM, MM, microscope combiners
5 models3% of largest family
Spectrum Analysis
185-2500 nm
Raman, spectrometer, spectral diagnostics
33 models21% of largest family
Measurement & Safety
1100 nm
Power, wavelength, beam profile, safety
18 models10% of largest family
Application Systems
532-1532 nm
PIV, confocal, wafer, marking systems
13 models7% of largest family
Components & Accessories
556 nm
Teaching, optics, beam delivery parts
13 models7% of largest family
Selector result
Matched source paths and quote brief
Capability check
6 matching capability paths
Matches are aggregated from internal product rows by wavelength, family, mode, delivery, and available specification fields.
Best row groups
1064 nm
1064 nm CW low-noise laser source
First-line recommendation for a plain 1064 nm enquiry where the customer has not asked for pulsed operation.
Output
mW to multi-watt CW classes; free-space or fiber-coupled formats
Linewidth
Standard narrow-band DPSS/diode options; single-frequency can be selected when coherence is required
Delivery
free-space, fiber-coupled
Curated starting pointCW-first for 1064 nmLow noiseStable power
193-10500 nm standard and custom line coverage
CW DPSS and diode laser line platform
Broad CW source family for spectroscopy, microscopy, inspection, illumination, and instrument integration.
Output
uW to watt-class CW output depending wavelength and head format
Linewidth
Standard, narrow-band, or single-longitudinal-mode variants by wavelength
Delivery
free-space, fiber-coupled
Curated starting pointLargest wavelength coverageCW and modulation optionsFlexible delivery
320, 360, 405, 442, 457, 473, 514.5, 532, 633, 660, 671, 785, 808, 830, 1064 nm
Raman excitation laser set
Use when the application is Raman or when a wavelength-only enquiry includes Raman-grade linewidth requirements.
Output
CW excitation sources with spectroscopy-grade stability
Linewidth
Narrow-linewidth or single-frequency when the Raman shift window requires it
Delivery
free-space, fiber-coupled, integrated system
Curated starting pointSpectral purityFilter-ready wavelengthsProbe and microscope paths
UV, visible, and NIR single-frequency lines including 532, 633, 785, 1064, 1319, 1342 nm
Single-frequency DPSS coherent source
For coherent experiments where linewidth, drift, and spatial mode quality are more important than raw power.
Output
Low-noise CW with TEM00 beam quality on many lines
Linewidth
kHz-class and long-coherence options by model
Delivery
free-space, fiber-coupled
Curated starting pointLong coherenceLow frequency noiseTEM00
349, 375, 405, 488, 532, 561, 633, 640, 808 nm
Flow cytometry multi-line laser engine
Configured source package for cytometers that need matched excitation lines and repeatable power.
Output
Multi-line CW excitation with configured beam delivery
Linewidth
Confirm during qualification
Delivery
free-space, fiber-coupled, integrated system
Curated starting pointMulti-line excitationLow amplitude noiseInstrument-ready
Generated request
Quote brief
Application matrix
Translate the experiment into specs.
These are not marketing categories. They are the fields that decide the source: wavelength, mode, pulse or linewidth, delivery, control, and measurement chain.
CW, narrow-linewidth, single-frequency where required
Raman spectroscopy
320, 360, 405, 442, 457, 473, 514.5, 532, 633, 660, 671, 785, 808, 830, 1064 nm
Qualify: excitation wavelength, target Raman shift range, linewidth target, output mode, sample power limit, and required filtering.
CW, low noise, free-space or fiber output
Flow cytometry
349, 375, 405, 488, 532, 561, 633, 640, 808 nm
Qualify: fluorophore set, number of lines, power per line, beam size, fiber interface, modulation, and control protocol.
CW with TTL or analog modulation, SM or PM fiber
Confocal and fluorescence microscopy
405, 488, 561, 637, 640 nm common lines
Qualify: microscope input fiber, power after fiber, modulation bandwidth, number of channels, and control interface.
CW or pulsed line beam
Particle image velocimetry
532 nm core options, 375-830 nm light sheet options
Qualify: field size, sheet thickness, pulse or CW mode, camera timing, wavelength, safety enclosure, and beam delivery constraints.
CW, low noise, TEM00
Optical tweezers
1064 nm common trap wavelength
Qualify: trap geometry, power at sample, objective NA, pointing stability, noise target, and expansion or isolation optics.
Single-frequency, kHz linewidth, low RIN
Cold atoms and quantum optics
Visible and NIR single-frequency options, including 633 and 780 nm classes
Qualify: transition wavelength, linewidth, drift over one hour, RIN target, polarization, and locking or modulation needs.
Nanosecond pulsed
Photoacoustic imaging
266 nm example, visible to NIR depending tissue and absorber
Qualify: absorber, tissue depth, pulse energy, repetition rate, pulse width, beam diameter, and synchronization.
Q-switched pulsed
MALDI-TOF mass spectrometry
355 nm UV, ns pulse class
Qualify: matrix, pulse energy, repetition rate, pulse width, beam size, trigger format, and instrument integration.
CW DPSS pump
Ti:Sapphire pumping
532 nm, 5-30 W class
Qualify: Ti:Sa cavity, pump power, beam diameter, M2 target, noise target, cooling constraints, and available mains power.
ns, sub-ns, ps, or fs pulsed
Laser ablation and LIBS
1064, 532, 355, 266 nm options
Qualify: material, target spot size, fluence, pulse width, energy per pulse, repetition rate, and debris or thermal limits.
Q-switched UV or green
UV marking and micro-processing
355 nm common, 266 and 532 nm alternatives
Qualify: material, mark size, contrast target, throughput, scan field, enclosure, and required validation samples.
CW or modulated
Fluorescence and up-conversion
405-980 nm common excitation, including 808 and 980 nm high-power options
Qualify: fluorophore, excitation and emission windows, power at sample, fiber/probe geometry, and detector range.
Source rows
Examples from the attached product list.
A row is useful only when it carries a testable specification. These examples show the kind of information Precisometer will confirm before a quote.
| Family | Model | Line | Useful spec | Record |
|---|---|---|---|---|
| CW Lasers | UV-DP-261-LN | 261 | power 1~800 mW | linewidth <0.003 nm | stability <0.5% | Internal product index |
| CW Lasers | UV-DP-349-B | 349 | power 400~4000 mW | linewidth <0.2 nm | stability <0.5% | Internal product index |
| Fiber Lasers | FL-266-Pico | 266 | power 1~50 mW | energy 0.05~500 nJ | rep. 100 kHz-20 MHz | pulse 50-900 ps (fixed) | stability <5%, <3% | Internal product index |
| Pulsed Lasers | MPL-Q-266 | 266 | power 1~30 mW | energy 0.1~3 uJ | rep. 3-12 kHz | pulse ~1.3 ns | stability <5%, <3% | Internal product index |
| Spectrum Analysis | FC-D-405 | 405 | power 1~100 mW | linewidth <0 nm. 06 | stability <1% | Internal product index |
| Pulsed Lasers | DPS-1064-PIV | 1064 | energy 1-20 mJ | rep. <10 Hz | Internal product index |
Qualification rule
Do not quote from wavelength alone.
For CW
line, output power, linewidth, stability, noise, beam quality, delivery
For pulsed
pulse energy, pulse width, repetition rate, trigger, jitter, spot size
For microscopy
channel list, power after fiber, modulation, connector, control interface
For spectroscopy
excitation line, spectral resolution, filter set, detector range, probe geometry
Precisometer laser request
Send the physics, not a vague product name.
Include application, wavelength, mode, power or energy, linewidth or pulse width, delivery, control, and safety constraints.