Brand: Edinburgh Instruments | Category: Nanotechnology

Modular research spectrometer for steady state and time-resolved photoluminescence, built around Czerny-Turner monochromators with plug and play triple grating turrets. Sources, detectors and sample chambers are interchangeable, so one instrument covers spectral, fluorescence lifetime and phosphorescence lifetime work. Double monochromators are available where stray light rejection matters.
| Parameter | Value |
|---|---|
| Steady-state excitation source | 450 W ozone-free xenon arc lamp |
| Phosphorescence lifetime range | 10 ns–50 s; source and detector dependent |
| Fluorescence lifetime range | 5 ps–10 µs; source and detector dependent |
| Monochromator focal length | 325 mm; double monochromators use 2 × 325 mm |
| Wavelength accuracy | ±0.2 nm; grating dependent |
| Minimum wavelength step | 0.01 nm; grating dependent |
| Grating selection | Triple-grating turret |
Selected FLS1000 manufacturer specifications. Steady-state, phosphorescence and fluorescence-lifetime measurements use different sources and detection configurations. Source, detector and grating qualifications are retained with each affected rating; confirm which modes and components are included. Checked 2026-09-29.
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Compact benchtop spectrofluorometer measuring both absorption and fluorescence in one instrument, with photon counting detection as standard. Sample modules are auto-recognised and swap in seconds, so the instrument moves between cuvettes, solids and plate formats without realignment. It upgrades to near infrared detection, time-resolved measurement, quantum yield and anisotropy.
The PPG 512 is a programmable pulse generator for nanosecond pulse shaping of lasers and amplifiers. A 512 byte pattern is read out at 5 GS/s in 200 ps time bins, and the main output is adjustable between 0V and + 12 V into 50 Ohms in 256 steps. A sync pulse follows every 512 bytes, that is every 102.4 ns.
Dedicated fluorescence lifetime spectrometer using time-correlated single photon counting, with a 90 degree excitation and emission geometry. Temporal dispersion is negligible, which is what allows lifetimes down to 5 picoseconds to be resolved with a microchannel plate detector. A multi channel scaling upgrade extends the range to one second.