Lasers with 1-9uJ pulse energy.
Unlike continuous-wave lasers, the output of pulsed lasers cannot be specified by their output power alone. This is because the output power of a pulsed laser is determined by three different parameters the laser’s pulse width, pulse energy, and pulse repetition rate. On this page, we have a list of all of the 1-9uJ lasers offered by RPMC which you sort using the search filters to the left to find the 1-9uJ lasers which are best suited for your application, or you can talk to one of our laser experts today by calling 1-636-272-7227.
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Antares: Picosecond Laser
wavelength series markets pulse width output power pulse energy rep rate manufacturer application Fluorescence Lifetime Lasers, Non-linear Spectroscopy Lasers, Non-Thermal Ablation Lasers, Raman Spectroscopy Lasers, Second Harmonic Generation Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection Overview of Antares Narrow Linewidth Picosecond Laser Spark Lasers, experts in ultra-faster lasers, offer the ANTARES series of compact high-energy p... Read More -
CPFL-1.5t: 1.5µm Ultra-Compact OEM Fiber Laser
series wavelength markets pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Fluorescence Lifetime Lasers, LiDAR Lasers, Marking Lasers, Non-Thermal Ablation Lasers, PCB Production Lasers, Trimming Lasers
type pulse width selection wavelength selection energy selection power selection CPFL-1.5t – Pulsed Fiber Laser The CPFL-1.5t: 1.5µm Ultra-Compact OEM Fiber Laser is a high-energy, pulsed, 1550nm, wavelength stabilized, OEM ... Read More -
Diadem IR-10: Femtosecond Laser
wavelength 515nm Lasers and Laser Diodes, 532nm Lasers, 1030nm Lasers, 1064nm Lasers
series markets pulse width output power pulse energy rep rate manufacturer application Fluorescence Lifetime Lasers, Micromachining Lasers, Non-linear Spectroscopy Lasers, Non-Thermal Ablation Lasers, Optogenetics Lasers, Raman Spectroscopy Lasers, Second Harmonic Generation Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection Overview of Diadem IR-10: High energy Femtosecond Laser Spark Lasers, experts in mode-locked fiber lasers, offer the DIADEM IR series of compact femt... Read More -
FP3-1064-2-100: 1064nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Fluorescence Lifetime Lasers, Maldi-TOF Lasers, Marking Lasers, Non-Thermal Ablation Lasers, Optogenetics Lasers, PCB Production Lasers, Scribing Lasers, Second Harmonic Generation Lasers, Trimming Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection series markets RPMC offers a line of FP3-1064-2-100 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power p... Read More -
FP3-1064-2-55: 1064nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Fluorescence Lifetime Lasers, Maldi-TOF Lasers, Marking Lasers, Non-Thermal Ablation Lasers, Optogenetics Lasers, PCB Production Lasers, Scribing Lasers, Second Harmonic Generation Lasers, Trimming Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection series markets RPMC offers a line of FP3-1064-2-55 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pu... Read More -
FP3-473-1-10: 473nm Microchip Laser
wavelength pulse width pulse energy rep rate manufacturer application 3D Scanning Lasers, Bathymetry Lasers, Maldi-TOF Lasers, Photoluminescence Lasers, Scribing Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection series markets RPMC offers a line of FP3-473-1-10 Microchip Lasers and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pu... Read More -
FP3-473-3-5: 473nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Bathymetry Lasers, Maldi-TOF Lasers, Photoluminescence Lasers, Scribing Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection series markets RPMC offers a line of FP3-473-3-5 Microchip Lasers and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pul... Read More -
FP3-473-9-0.1: 473nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Bathymetry Lasers, Maldi-TOF Lasers, Photoluminescence Lasers, Scribing Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection series markets RPMC offers a line of FP3-473-9-0.1 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pu... Read More -
FP3-532-7-15: 532nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Bathymetry Lasers, Fluorescence Lifetime Lasers, Maldi-TOF Lasers, Marking Lasers, PCB Production Lasers, Scribing Lasers, Second Harmonic Generation Lasers, Trimming Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection series markets RPMC offers a line of FP3-532-7-15 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pul... Read More -
FP3-946-7-10: 946nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Bathymetry Lasers, Fluorescence Lifetime Lasers, Maldi-TOF Lasers, Marking Lasers, PCB Production Lasers, Scribing Lasers, Second Harmonic Generation Lasers, Trimming Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection series markets RPMC offers a line of FP3-946-7-10 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pul... Read More