WaveQuanta

OmniFluo900 Series Fluorescence Spectrometers, Steady-State and Lifetime

OmniFluo900 Series
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Modular research fluorescence spectrometer for steady-state spectra and lifetimes from picoseconds to seconds.

The OmniFluo900 series is a modular fluorescence spectrometer for research in materials science, physics, chemistry, life sciences and agricultural science. It measures both steady-state spectra and fluorescence lifetimes, and can be configured for spectral coverage from the ultraviolet to the mid-infrared and for lifetimes from hundreds of picoseconds to seconds. Microscope and cryostat options add spatially resolved and temperature-dependent measurements.

Key Features

  • Modular platform combining steady-state spectra and lifetime measurement from hundreds of picoseconds to seconds
  • Water Raman SNR above 10,000:1 with single-photon counting detection
  • Spectral coverage from UV to mid-IR (200–5500 nm) with optional PMT, InGaAs and InSb detectors
  • 320 mm image-corrected monochromators with triple grating turrets; optional double monochromators for 1 × 10⁻⁹ stray light
  • Spectral correction with factory-measured correction files as a standard procedure
  • Large sample chamber with side laser port and options for polarizers, cryostats, integrating sphere and microscope
  • Software for excitation, emission, synchronous and 3D scans plus kinetic, lifetime and TRES measurements with lifetime fitting

Typical Applications

  • Semiconductor photoluminescence (PL) and PLE measurements
  • Phosphor reflectance, absorption and quantum yield
  • Upconversion fluorescence
  • OLED and display materials
  • Carbon nanotubes
  • Chlorophyll and carotenoid analysis, biomedical fluorescence diagnostics

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Models: OmniFluo960, OmniFluo990 · Contact WaveQuanta for a quote, configuration advice and lead time.

Measurement Modes Steady-state and time-resolved (lifetime) fluorescence
Spectral Range (Standard) Emission 200–870 nm; excitation 200–800 nm
Extended Spectral Coverage Up to 200–5500 nm with optional detectors
Spectral Resolution 0.1 nm (system); 0.08 nm @ 435.84 nm with 1200 g/mm grating
Water Raman SNR >10,000:1 (SQRT method)
Lifetime Range 500 ps–10 s (TCSPC 500 ps–2.2 s; MCS 10 µs–10 s)
Monochromators Czerny-Turner, 320 mm, image-corrected; optional 2 × 180 mm double monochromator
Stray Light 1 × 10⁻⁵ (single); 1 × 10⁻⁹ (double monochromator)
Wavelength Accuracy / Repeatability ±0.2 nm / ±0.1 nm
Minimum Wavelength Step 0.005 nm
Grating Turret Triple grating turret in each monochromator
Excitation Gratings 1200 g/mm (300 nm blaze); 600 g/mm (500 nm blaze)
Emission Gratings 1200 g/mm (500 nm blaze); 600 g/mm (750 nm blaze); 300 g/mm (1250 nm blaze)
Slits Motorized, 0.01–3 mm continuously adjustable
Filter Wheels 6-position at excitation and emission exits; automatic order-sorting filters
Steady-State Source 75 W xenon arc lamp, 200–1800 nm, lamp-cup design, coupling efficiency over 90%
Pulsed Sources (Optional) µs pulsed xenon flashlamp, ps pulsed laser or LED, supercontinuum, OPO tunable ns laser
Other Optional Sources CW lasers (e.g. 808 nm, 980 nm), X-ray tube, lamp-pumped ns DPSS laser
Standard Detector TE-cooled photon-counting PMT (−10 °C), 185–900 nm
Optional PMTs (UV–NIR) TE-PMT-R13456: 185–980 nm; TE-PMT-R2658: 185–1010 nm
Optional PMTs (NIR) TE-PMT-H10330C-75: 950–1700 nm; LN-PMT-R5509-73: 300–1700 nm
Optional Analog Detectors TE-InGaAs 800–1700 nm or 800–2600 nm; LN-InSb 1000–5500 nm
Photon Counter 100 Mcps, 1 MB/s sampling, 4 analog inputs (1–10 V), 16-bit A/D
TCSPC Module 100 Mcps; 16–1024 ps resolution; 65,535 channels
Lock-in Amplifier 50 mHz–120 kHz, dynamic reserve over 100 dB
Sample Chamber Fused silica lenses; 50 × 50 or 25 × 25 mm filter holder; side laser port with variable ND
Sample Holders Standard: cuvette, powder, film; optional rotating, stirred, water-bath heated
Cryostat (Optional) 77–500 K or 3–300 K
Spectral Scan Modes Excitation, emission, synchronous, 3D; optional anisotropy and temperature scans
Lifetime Modes and Analysis Kinetic, lifetime and TRES scans; lifetime fitting; quantum yield; spectral correction
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