DPSS Lasers and Laser Diodes with 25W output power.
Lasers that designate 25W of output power can be either CW (continuous wave) or pulsed lasers. Pulsed Lasers with an output power defined in Watts or Milliwatts are usually defining the average power of the laser, not the peak power of the laser.
All of these 25W Lasers and Laser Diodes are designed for 25000mW of output power. If you have any questions or need more information about these 25W laser systems, please contact us.
KA250D150F006G050MH: Multi-Wavelength Detachable Diode Laser
wavelength output power duty application mode version output manufacturer type wavelength selection fiber typeThe KA250D150F006G050MH is a Multi-Wavelength Detachable Diode Laser featuring a variety of wavelengths at 635nm, 808nm, 980nm or 450nm and output pow... Read More
KA250D150E100F006MH: Multi-Wavelength Detachable Diode Laser
wavelength output power duty application mode version output manufacturer type wavelength selection fiber typeThe KA250D150E100F006MH is a Multi-Wavelength Detachable Diode Laser featuring a variety of wavelengths at 635nm, 808nm, 980nm or 1064nm and output po... Read More
Jenlas Fiber ns 25: 25W Nanosecond Fiber Laser
wavelength pulse width output power pulse energy rep rate manufacturer application
Cleaning Lasers, Cutting/Drilling Lasers, Marking Lasers, PCB Production Lasers, Peening Lasers, Second Harmonic Generation Lasers, Texturing Lasers, Thin Film Removal Lasers, Trimming Lasers, Welding Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection25W Nanosecond fiber laser: JenLas® fiber ns 25 Label, mark, and structure a variety of materials with extreme precision using nanosecond fiber l... Read More
K808DAHFN-25.00W: 808nm Fiber Coupled Laser Diode
application wavelength output power mode package manufacturer type fiber type output wavelength selection package cooling duty technologyK808DAHFN-25.00W – 808nm High Power Fiber-Coupled Laser Diode The K808DAHFN-25.00W is a compact high-power multi-emitter laser diode, with a v... Read More