FluoTime 300

FluoTime 300

The FluoTime 300 is a high performance fluorescence spectrometer for materials science, life science, and photochemistry applications. Our fully automated setup contains complete optics and electronics for recording steady-state spectra as well as fluorescence decays by means of Time-Correlated Single Photon Counting (TCSPC) or Multichannel Scaling (MCS) from a few picoseconds to several seconds.

High-End Photoluminescence Spectrometer

Steady-state and time-resolved (TCSPC, MCS) operation mode
Highly modular and flexible design, optimal for upgradability
Fully automated system with exact timing from ps to s
Double or single monochromator in excitation and emission with the unique feature of switching between additive and subtractive in emission
Superior sensitivity with > 32 000:1 water Raman SNR
Intuitive acquisition and analysis EasyTau 2 software

Fluorescence Spectra
Fluorescence Lifetime Decay
Phosphorescence Lifetime Decay
Fluorescence Anisotropy
Absolute Quantum Yield
Emission-Excitation Matrix (EEM)
Time-Resolved Photoluminescence (TRPL)
Time-Resolved Emission Spectra (TRES)

from UV to IR range. This setup can be equipped with numerous sample holders ranging from standard cuvette and front face to wafer check. The sample compartment is designed to be spacious to provide more flexibility. For measurements under controlled temperatures, PicoQuant offers various solutions depending on the temperature range.

All components are being controlled by EasyTau 2 software. A unique feature of PicoQuant spectroscopy software are its three operation modes:

Wizard mode provides step by step assistance
Customized mode enables full control over the instrument
Scripting mode allows automation of measurement routines.

The FluoTime 300 is an optimal choice not only for routine lab work but also for cutting-edge research fields. Over 450 research articles have been published utilizing the FluoTime 300 in various fields including solar cells, light emitting diodes (LEDs), photocatalysis, upconversion materials, and quantum dot characterization.

Optical configuration	L-Geometry
Mode of operation	Steady-state Time-Correlated Single Photon Counting (TCSPC) Multichannel Scaling (MCS)
Sensitivity	Signal-to-noise ratio (SNR) > 32 000:1 measured using double monochromators in excitation and emission light paths, PMA Hybrid 06 detector
Lifetime range	255 – 1990 nm picosecond pulsed light sources with repetition rates up to 80 MHz 266 – 590 nm high power UV lasers (VisUV) 200 – 900 nm CW Xenon lamp (300 W) 200 – 900 nm sub-µs pulsed Xenon flash lamp External lasers e.g., Ti:Sapphire, white light lasers
Monochromators	Czerny-Turner type Focal length: 300 mm (single, double) and 150 mm (single) Grating*: 600 g/mm blazed at 1250 nm in emission 1200 g/mm blazed at 500 nm in emission 1200 g/mm blazed at 300 nm in excitation Dispersion: 5.4 nm/mm (single, 150 nm) 2.7 nm/mm (single, 300 nm) 2.7 nm/mm (double, subtractive) 1.35 nm/mm (double, additive) Stray light rejection: 1:10-5 (single), 1:10-8 (double)
Detectors	230 – 920 nm: Photomultiplier Tubes (PMTs) 220 – 890 nm : Hybrid-PMTs 950 – 1700 nm: NIR-PMTs
Software	Windows based acquisition and analysis software Lifetime analysis based on numerical reconvolution procedure and up to 5th exponential decay functions Lifetime distributions, anisotropy, global analysis, rigorous error analysis Assisted mode using Wizards for standardized measurements Customized mode with full control of all hardware parameters Scripting mode for automation of routine measurements

YOUR WAY OF SUCCESS

High-End Photoluminescence Spectrometer

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