Fluorescence Lifetime Lasers
Fluorescence lifetime is a spectroscopy method used for measuring the time a molecule spends in the excited state, by calculating the time between when the laser is fired, and the fluorescence signal is detected as well as the rise and decay time of the signal. Typical lifetimes are on the order of a few picoseconds to hundreds of nanoseconds depending on the molecule, therefore ultra-short pulsed in the picosecond or femtosecond range are required from fluorescence lifetime lasers. Fluorescence lifetime is an intrinsic property, which does not depend on molecular concentration, absorption by the sample, sample thickness, method of measurement, fluorescence intensity, photo-bleaching, and/or excitation intensity. The lifetime is affected by external factors, such as temperature, polarity, and the presence of fluorescence quenchers. This makes it an ideal method for differentiating between molecules in messy biological systems, for example, fluorescence lifetime lasers have been shown to distinguish between healthy and cancers brain tissue in real time. On this page, you will find a list of all of the full range of fluorescence lifetime lasers we offer at RPMC, including picosecond pulsed visible lasers and femtosecond mode-locked lasers which can be used to induce two-photon fluorescence.
To see a full list of other applications RPMC lasers are used for please check out our applications page by clicking here.
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P4-355-1-10: 355nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Fluorescence Lifetime Lasers, Laser Induced Breakdown Spectroscopy Lasers, Lithography Lasers, Maldi-TOF Lasers, Marking Lasers, Non-linear Spectroscopy Lasers, OLED Production Lasers, PCB Production Lasers, Photoluminescence Lasers, Scribing Lasers, Trimming Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection RPMC offers a line of P4-355-1-10 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power puls... Read More -
P4-266-2-1: 266nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Fluorescence Lifetime Lasers, Laser Induced Breakdown Spectroscopy Lasers, Lithography Lasers, Maldi-TOF Lasers, Marking Lasers, Non-linear Spectroscopy Lasers, OLED Production Lasers, PCB Production Lasers, Photoluminescence Lasers, Scribing Lasers, Trimming Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection RPMC offers a line of P4-266-2-1 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pulse... Read More -
P4-266-1-5: 266nm Microchip Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Fluorescence Lifetime Lasers, Laser Induced Breakdown Spectroscopy Lasers, Lithography Lasers, Maldi-TOF Lasers, Marking Lasers, Non-linear Spectroscopy Lasers, OLED Production Lasers, PCB Production Lasers, Photoluminescence Lasers, Scribing Lasers, Trimming Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection RPMC offers a line of P4-266-1-5 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power pulse... 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 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 -
FP3-532-40-0.01: 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 RPMC offers a line of FP3-532-40-0.01 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power ... Read More -
FP3-532-30-0.2: 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 RPMC offers a line of FP3-532-30-0.2 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power p... Read More -
FP3-1064-80-0.1: 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, 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 RPMC offers a line of FP3-1064-80-0.1 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power ... Read More -
FP3-1064-60-0.2: 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, 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 RPMC offers a line of FP3-1064-60-0.2 Microchip Laser and micro Laser devices. These passively Q-switched Lasers emit sub-nanosecond, high-peak-power ... Read More -
Wedge-XF-532: 532nm Picosecond Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Bathymetry Lasers, Fluorescence Lifetime Lasers, LIDAR Lasers, Non-Thermal Ablation Lasers, Particle Image Velocimetry Lasers, Scribing Lasers, Second Harmonic Generation Lasers, Texturing Lasers, Thin Film Removal Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection Wedge-XF-532: 532nm Picosecond Laser Wedge HB and Wedge XB feature high pulse energy up to 2 kHz with peak power up to 4MW and a pulse width of abo... Read More -
Wedge-XF-1064: 1064nm Picosecond Laser
wavelength pulse width output power pulse energy rep rate manufacturer application 3D Scanning Lasers, Fluorescence Lifetime Lasers, Non-Thermal Ablation Lasers, Optogenetics Lasers, Scribing Lasers, Second Harmonic Generation Lasers, Texturing Lasers, Thin Film Removal Lasers
type q-switch type pulse width selection wavelength selection energy selection power selection Wedge-XF-1064: 1064nm Picosecond Laser Wedge HB and Wedge XB feature high pulse energy up to 2 kHz with peak power up to 4MW and a pulse width of a... Read More