Highly modular photoluminescence spectrometer

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Ultimate Sensitivity: Highest sensitivity on the market, with a signal-to-noise ratio of 35,000:1, ensures that the weakest photoluminescence signals can be detected
Modular Design: Customise the configuration to suit your specific research requirements; select from different light sources, detectors, and sample holders to create the optimal configuration
Upgradability: Upgrade your system with additional modules as new research needs arise, protecting the investment and keeping the equipment at the cutting edge of your research
NIR & MIR: Characterise NIR and MIR emitters with a wide range of infrared detector options with sensitivity out to 5500 nm
Automation: Equipped with advanced Fluoracle® software for comprehensive control of experiments, data acquisition, analysis, and time-saving automation features
Micro-Spectroscopy: Transform the FLS1000 into a powerful photoluminescence microscope with the MicroPL Upgrade; e

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Specifications	Spectral	Phosphorescence Lifetime	Fluorescence Lifetime
Mode of Operation	Single Photon Counting	Time-Resolved Single Photon Counting (Multi Channel Scaling – MCS)	Time-Correlated Single Photon Counting (TCSPC)
Lifetime range	Milliseconds to hours	10 ns – 50 s *	5 ps – 10 µs *
Sensitivity	>35,000:1 **	n/a	n/a
Excitation Sources
Type	450 W ozone-free xenon arc lamp	Microsecond flashlamp	Picosecond pulsed diode lasers (EPLs, HPLs) and pulsed LEDs (EPLEDs)
Spectral Range	230 nm- > 1000 nm	200 nm – >1000 nm	Discrete wavelengths between 250 nm – 980 nm
Pulse width	n/a	1 µs – 2 µs	from 60 ps
Options	Ozone generating lamp with spectral range 200 nm – >1000 nm	Low to medium repetition rate pulsed lasers. Variable pulse width VPL and VPLEDs	Nanosecond flashlamp 200 nm – >400 nm pulse width <1 ns
* source and detector dependent ** standard water Raman measurement conditions: Excitation wavelength = 350 nm, Excitation and emission bandwidths = 5 nm, step size = 1 nm, integration time = 1 s, emission wavelength = 397 nm, noise measured at 450 nm and calculation based on the SQRT method

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