PHOTOLUMINESCENCE PRODUCTS
Experience the power of photoluminescence spectroscopy with the FS5 and FLS1000 from Edinburgh Instruments.
From compact, user-friendly design to high-performance, research-grade flexibility, our systems deliver unparalleled spectral resolution, modular versatility, and full automation. Whether you are performing routine analysis or advanced research, Edinburgh Instruments provides the perfect Raman solution for your needs.
FS5
SPECTROFLUOROMETER
The FS5 Spectrofluorometer is a compact, high-performance benchtop system designed for the comprehensive characterisation of fluorescent and phosphorescent samples. Since its launch in 2013, the FS5 series has become a trusted solution for fluorescence research, contributing to thousands of scientific publications worldwide.
The FS5 v2 is the latest evolution of the FS5, offering enhanced performance and expanded capabilities to meet the growing demands of modern photoluminescence spectroscopy.
FLS1000
Photoluminescence Spectrometer
The FLS1000 Spectrometer redefines excellence in steady-state and time-resolved photoluminescence spectroscopy, making it the go-to choice for both advanced research and routine lab work.
This modular system delivers precise measurements across a broad spectral range—from ultraviolet to mid-infrared (up to 5,500 nm)—and captures lifetimes from picoseconds to seconds. It also offers highly accurate absolute photoluminescence quantum yield measurements, with flexible upgrade options available at purchase or added later as your research grows.
WHY EDINBURGH INSTRUMENTS
APPLICATIONS
Explore our application notes and discover how our photoluminescence spectrofluorometers offer innovative solutions to your research and business needs.
Customer Testimonials
Learn more about our work:
Browse our virtual product demonstrations, software highlights and more in our latest videos:
FS5 Spectrofluorometer - Virtual Demo - Edinburgh Instruments
In this FS5 Spectrofluorometer Virtual Demo we show how the FS5 can be used to measure the absorption spectrum. photoluminescence spectrum, lifetime, and quantum yield of Perovskite Quantum Dots in less than 10 minutes.
Video Chapters:
00:00 -Intro
00:30 -Absorption Spectrum
01:50 -Photoluminescence Spectrum
03:20 -Photoluminescence Lifetime
04:55 Quantum Yield
10:00 Summary
FS5 Spectrofluorometer
Discover the FS5 Spectrofluorometer: https://www.edinst.com/products/fs5-spectrofluorometer/
The FS5 Spectrofluorometer is designed to meet the highest measurement specifications in the research and analytical markets. To achieve optimal sensitivity, resolution, and acquisition speed, we select only the optimal performance photomultipliers in temperature stabilised housings, and utilise an optical design that includes plane, spherical, toroidal, ellipsoidal mirrors and optimised mirror coatings; the FS5 is truly unrivalled in its spectral performance and sensitivity.
FS5 Spectrofluorometer
For further information, visit our website: https://www.edinst.com/products/fs5-spectrofluorometer/
The FS5 is a compact, fully integrated, steady state and lifetime fluorescence spectrometer designed to meet the highest specifications in the research and analytical markets.
The ultimate in sensitivity for an instrument in its class at greater than 10000:1 (water Raman signal-to-noise), coupled with high speed data acquisition and ease of use, makes the FS5 the ideal plug and play analytical tool. The optical design utilises specially selected optics to achieve the maximum in signal throughput.
Using single photon counting techniques for the highest detection sensitivity, the FS5 delivers data you can trust with no need for training.
Key Highlights:
Multiple detector ports in one integrated instrument, measure up to 1650 nm and fluorescence lifetimes down to 25 ps, in one instrument.
Three detectors as standard, reference detector to correct for light source fluctuations, transmission detector for absorbance, single-photon counting (SPC) detector for ultimate sensitivity.
Plug & Play sample modules, automatic sample module recognition and initialisation saves the user time and effort. Wide range of modules available for varied sample analysis.
The FS5 is designed and manufactured in the UK.
Quantum Yield Introduction using FS5 Spectrofluorometer
This tutorial focuses on using the FS5 SC-30 Integrating Sphere and allows you to test Quantum Yield of Liquid and Powder Samples, which is shown in this video.
Learn more about our compact and versatile FS5 Spectrofluorometer, and get in touch for more information; https://www.edinst.com/products/fs5-spectrofluorometer/
FLS1000 Photoluminescence Spectrometer
The FLS1000 Spectrometer sets the standard in both steady state and time-resolved photoluminescence spectroscopy for both fundamental research and routine laboratory applications.
The system is a modular fluorescence and phosphorescence spectrometer for measuring spectra from the ultraviolet to the mid-infrared spectral range (up to 5,500 nm), and lifetimes spanning from picoseconds to seconds. All of this can be achieved through various upgrade routes, either at the time of order or in the future.
Whether you are studying photophysics, photochemistry, biophysics, biochemistry, material or life sciences, the FLS1000 will enable you to reliably and accurately measure luminescence spectra and kinetics using state-of-the-art sources, detectors, acquisition techniques, quality optics and precision mechanics. The large sample chamber will house practically any type of sample accessory.
High sensitivity is a prerequisite for measurements of low sample concentrations, small sample volumes or low sample quantum yields. The instrument’s guaranteed sensitivity of over 35,000:1 for the standard water Raman measurement using the SQRT method is unmatched in the industry.
The FLS1000 has a USB interface and all modes of operation are controlled by ONE data acquisition module and ONE all-inclusive Fluoracle software package for data acquisition and analysis. Light source, detector, grating, slits, polarisers are all computer-controlled for accurate and precise measurements.
Discover the FLS1000 Spectrometer today: https://www.edinst.com/products/fls1000-photoluminescence-spectrometer/
Part 1: Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer
Many next-generation materials exhibit complex photoluminescence kinetics, with multiple spectrally overlapping emission processes occurring on dramatically different timescales – from picosecond fluorescence to afterglow lasting hours. In this webinar the range of acquisition techniques available in the FLS1000 Photoluminescence Spectrometer for measuring emission on different timescales are explained and the pros and cons of each technique discussed. Advanced techniques and accessories for separating overlapping fluorescence and phosphorescence spectra including detector time-gating, temperature maps in cryostats, and variable pulse length laser sources are then introduced.
Discover the FLS1000:https://www.edinst.com/products/fls1000-photoluminescence-spectrometer/
Webinar: Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer
00:00-01:19 Introduction
01:19-10:36 Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer
10:37-16:26 Time Correlated Single Photon Counting
16:27-21:51 Multichannel Scaling Single Photon Counting
21:52-24:38 Single Photon Counting – Kinetic Mode
24:39-33:56 Time Gating the PMT Detector
33:56-48:50 An Application Example – Characterisation of a TADF Emitter
Many next-generation materials exhibit complex photoluminescence kinetics, with multiple spectrally overlapping emission processes occurring on dramatically different timescales – from picosecond fluorescence to afterglow lasting hours. In this webinar the range of acquisition techniques available in the FLS1000 Photoluminescence Spectrometer for measuring emission on different timescales are explained and the pros and cons of each technique discussed. Advanced techniques and accessories for separating overlapping fluorescence and phosphorescence spectra including detector time-gating, temperature maps in cryostats, and variable pulse length laser sources are then introduced.
Discover the FLS1000: https://www.edinst.com/products/fls1000-photoluminescence-spectrometer/
Fluorescence Spectroscopy Research and Analytical Instrumentation
Edinburgh Instruments is a world-leader in both single photon counting and time-correlated single photon counting (TCSPC) based fluorescence spectrometers. Edinburgh Instruments has been custom manufacturing research grade products for the diverse needs of its customers for over 45 years.
FLS 1000 PHOTOLUMINESCENCE SPECTROMETER
Combined Steady State & LIfetime Spectrometer.
The FLS1000 is a state of the art modular photoluminescence spectrometer for the most demanding applications in Photophysics, Photochemistry, Material Sciences and Life Sciences.
Find out more about the FLS1000 Photoluminescence Spectrometer on our website: https://www.edinst.com/products/fls10...
FS5 SPECTROFLUOROMETER
Compact Steady State and Lifetime Spectrometer
The FS5 is a compact, fully integrated, steady state and lifetime fluorescence spectrometer designed to meet the highest specifications in the research and analytics markets.
The ultimate in sensitivity for an instrument in its class at .6000:1 (water Raman signal-to-noise), coupled with high speed data acquisition and ease of use, makes the FS5 the ideal plug and play analytical tool.
Learn more about the FS5 spectrofluorometer: https://www.edinst.com/products/fs5-s...
LP980 Transient Absorption Spectrometer
Laser Flash Photolysis and much more.
A first of its kind on the market, the LP980 allows for the measurement of transient absorption, laser-induced fluorescence and phosphorescence, all in one instrument.
Discover the LP980: https://www.edinst.com/products/lp980...
Part 6: An Application Example - Characterisation of a TADF Emitter
Part 6 of Edinburgh Instruments webinar: Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer.
Many next-generation materials exhibit complex photoluminescence kinetics, with multiple spectrally overlapping emission processes occurring on dramatically different timescales – from picosecond fluorescence to afterglow lasting hours. In this webinar the range of acquisition techniques available in the FLS1000 Photoluminescence Spectrometer for measuring emission on different timescales are explained and the pros and cons of each technique discussed. Advanced techniques and accessories for separating overlapping fluorescence and phosphorescence spectra including detector time-gating, temperature maps in cryostats, and variable pulse length laser sources are then introduced.
Discover the FLS1000: https://www.edinst.com/products/fls10...
0:00 Introduction
0:25 OLED Research
0:53 OLED Generations
2:46 PL Spectroscopy of TADF Emitters
3:27 Photoluminescence Quantum Yield
5:22 Time-Resolved PL of TADF Emitters
6:57 Prompt & Delayed Fluorescence Quantum Yield
8:24 Time Resolved Emission Spectrum (TRES)
10:22 Temperature Dependent PL
12:48 Phosphorescence Spectrum
Part 5: Time Gating the PMT Detector
Part 5 of Edinburgh Instruments webinar: Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer.
Many next-generation materials exhibit complex photoluminescence kinetics, with multiple spectrally overlapping emission processes occurring on dramatically different timescales – from picosecond fluorescence to afterglow lasting hours. In this webinar the range of acquisition techniques available in the FLS1000 Photoluminescence Spectrometer for measuring emission on different timescales are explained and the pros and cons of each technique discussed. Advanced techniques and accessories for separating overlapping fluorescence and phosphorescence spectra including detector time-gating, temperature maps in cryostats, and variable pulse length laser sources are then introduced.
Discover the FLS1000: https://www.edinst.com/products/fls10...
Part 4: Single Photon Counting - Kinetic Mode
Part 4 of Edinburgh Instruments webinar: Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer.
Many next-generation materials exhibit complex photoluminescence kinetics, with multiple spectrally overlapping emission processes occurring on dramatically different timescales – from picosecond fluorescence to afterglow lasting hours. In this webinar the range of acquisition techniques available in the FLS1000 Photoluminescence Spectrometer for measuring emission on different timescales are explained and the pros and cons of each technique discussed. Advanced techniques and accessories for separating overlapping fluorescence and phosphorescence spectra including detector time-gating, temperature maps in cryostats, and variable pulse length laser sources are then introduced.
Discover the FLS1000: https://www.edinst.com/products/fls10...
Part 3: Multichannel Scaling Single Photon Counting
Part 3 of Edinburgh Instruments webinar: Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer.
Many next-generation materials exhibit complex photoluminescence kinetics, with multiple spectrally overlapping emission processes occurring on dramatically different timescales – from picosecond fluorescence to afterglow lasting hours. In this webinar the range of acquisition techniques available in the FLS1000 Photoluminescence Spectrometer for measuring emission on different timescales are explained and the pros and cons of each technique discussed. Advanced techniques and accessories for separating overlapping fluorescence and phosphorescence spectra including detector time-gating, temperature maps in cryostats, and variable pulse length laser sources are then introduced.
Discover the FLS1000: https://www.edinst.com/products/fls10...
Part 2: Time Correlated Single Photon Counting
Part 2 of Edinburgh Instruments webinar: Disentangling Fluorescence & Phosphorescence using FLS1000 Photoluminescence Spectrometer.
Many next-generation materials exhibit complex photoluminescence kinetics, with multiple spectrally overlapping emission processes occurring on dramatically different timescales – from picosecond fluorescence to afterglow lasting hours. In this webinar the range of acquisition techniques available in the FLS1000 Photoluminescence Spectrometer for measuring emission on different timescales are explained and the pros and cons of each technique discussed. Advanced techniques and accessories for separating overlapping fluorescence and phosphorescence spectra including detector time-gating, temperature maps in cryostats, and variable pulse length laser sources are then introduced.
Discover the FLS1000: https://www.edinst.com/products/fls10...
Photoluminescence and Transient Absorption in Photodynamic Therapy
In this webinar we discuss how the FLS1000 and LP980 can be used with an application examples, specifically within Photodynamic Therapy.
Discover more Application Notes using the FLS1000 and LP980.
Photoluminescence Spectroscopy of Carbon Dots: https://www.edinst.com/photoluminescence-spectroscopy-of-carbon-dots/
Detection of Singlet Oxygen:
https://www.edinst.com/us/singlet-oxygen-detection/
Photoluminescence Characterisation of Perovskite Semiconductors: MRS Spring 2021 Webinar
'Photoluminescence Characterization of Perovskite Semiconductors' webinar delivered by Edinburgh Instruments at MRS Spring Conference 2021.
Discover our product range here: https://www.edinst.com/us/products/
Further reading you may enjoy:
Photophysical Characterisation of Perovskite Quantum Dots: https://www.edinst.com/perovskite-quantum-dots/
Temperature-Dependent Absolute Photoluminescence Quantum Yield (PLQY) Measurements of a Halide Perovskite: https://www.edinst.com/photoluminescence-quantum-yield-halide-perovskite/
Gemstone Identification Using Raman Microscopy: https://www.edinst.com/application-note-gemstone-identification-using-raman-microscopy/
Edinburgh Instruments Photoluminescence and Transient Absorption Spectrometers
Discover the full range of Photoluminescence and Transient Absorption Spectrometers from Edinburgh Instruments:
LP980 Transient Absorption Spectrometer:
The LP980 spectrometer sets the standard for technical performance required in a premier research instrument, offering unsurpassed measurement capabilities across a broad range of chemical, physical and biological applications.
https://www.edinst.com/products/lp980-transient-absorption-spectrometer/
FLS1000 Photoluminescence Spectrometer:
The FLS1000 Spectrometer sets the standard in both steady state and time-resolved photoluminescence spectroscopy for both fundamental research and routine laboratory applications.
https://www.edinst.com/products/fls1000-photoluminescence-spectrometer/
Introduction to Photoluminescence and Transient Absorption
Learn More about Photoluminescence and Transient Absorption in these Application Notes from Edinburgh Instrument, or visit our website: www.edinst.com
Tuning the Photoluminescence of Graphene Oxide: https://www.edinst.com/graphene-oxide-photoluminescence/
Temperature Dependent Triplet States of Benzophenone; Spectral and Lifetime Measurements Utilising Transient Absorption Spectroscopy: https://www.edinst.com/temperature-dependent-triplet-states-of-benzophenone/
PL Mapping Perovskite Solar Cells - Webinar Part 3
Discover more from Edinburgh Instruments: www.edinst.com
In this webinar, we explore how both techniques can be applied to the characterisation of different materials classes using the RMS1000 Confocal Raman & PL Microscope. Topics covered will include the Raman imaging of 2D nanomaterials such as graphene and TMDC monolayers, layer composition analysis in multilayer materials, and the spectral & lifetime PL imaging of semiconductors.
0:00 Introduction
0:19 What are Perovskites?
0:54 Hybrid Perovskite Solar Cells
1:35 PL of Solar Cells
2:34 CNT Hole Extraction Layer
5:01 PL Intensity Mapping
8:07 PL Lifetime Mapping: TCSPC
PL Mapping Perovskite Solar Cells - Webinar Part 2
Discover more from Edinburgh Instruments: www.edinst.com
In this webinar, we explore how both techniques can be applied to the characterisation of different materials classes using the RMS1000 Confocal Raman & PL Microscope. Topics covered will include the Raman imaging of 2D nanomaterials such as graphene and TMDC monolayers, layer composition analysis in multilayer materials, and the spectral & lifetime PL imaging of semiconductors.
0:00 Introduction
0:20 Multilayer Samples & Depth Profiling
1:27 The Challenge
2:16 Role of the Confocal Pinhole
4:39 Pinhole Size
6:45 Example: PET-PVC-PET Polymer Stack
Raman and PL Microscopes of 2D Materials - Webinar Part 1
Discover more from Edinburgh Instruments: www.edinst.com
In this webinar, we explore how both techniques can be applied to the characterisation of different materials classes using the RMS1000 Confocal Raman & PL Microscope. Topics covered will include the Raman imaging of 2D nanomaterials such as graphene and TMDC monolayers, layer composition analysis in multilayer materials, and the spectral & lifetime PL imaging of semiconductors.
0:00 Introduction
0:08 Layout of a Confocal Microscope
4:03 Edinburgh Instruments RMS & RMS1000
5:08 Raman Spectroscopy of Graphene
6:46 Graphene Defects
7:31 Mapping of Graphene Defect Density
9:10 Mono vs Multi-Layer Graphene
10:56 TMD Monolayers
15:25 Photoluminescence of MoS2
17:45 Surface Coverage & Quality of TMDC Films
Applying Raman & PL Microscopy to Materials Characterisation - Webinar
Discover more from Edinburgh Instruments: www.edinst.com
In this webinar, we explore how both techniques can be applied to the characterisation of different materials classes using the RMS1000 Confocal Raman & PL Microscope. Topics covered will include the Raman imaging of 2D nanomaterials such as graphene and TMDC monolayers, layer composition analysis in multilayer materials, and the spectral & lifetime PL imaging of semiconductors.
0:00 Introduction
1:52 Outline
3:50 Layout of a Confocal Microscope
7:44 Edinburgh Instruments RM5 & RMS1000
8:49 Raman Spectroscopy of Graphene
10:28 Graphene Defects
11:12 Mapping of Graphene Defect Density
12:52 Mono vs Multi-Layer Graphene
14:38 TMD Monolayers
19:07 Photoluminescence of Mos
21:27 Surface Coverage & Quality of TMDC Films
23:02 Multilayer Samples & Depth Profiling
24:08 The Challenge
24:58 Role of the Confocal Pinhole
27:21 Pinhole Size
29:27 Example: PET-PVC-PET Polymer Stack
32:16 What are Perovskites?
32:47 Hybrid Perovskite Solar Cells
33:36 PL of Solar Cells
34:57 CNT Hole Extraction Layer
37:16 PL Intensity Mapping
39:45 PL Lifetime Mapping: TCSPC
Fluoracle® Software Highlight: SC41 Plate Reader
Automating measurements is an excellent way to increase the ease and speed of acquisition. Using microwell plates enables high throughput fluorescence measurements as hundreds of samples can be set to automatically run without the need for manual sample exchanges between measurements.
This short video Feature Highlight demonstrates the use of SC-41 Plate Reader sample module with the FS5 Spectrofluorometer. The SC-41 allows automatic spectral and lifetime measurements of multi-well plates to be easily acquired.
0:00 Intro
0:14 High-Throughput Measurements
0:48 Setting up your SC-41
1:35 Spectral Measurements
3:21 Lifetime Measurements
4:29 Results
Feature Highlight: MicroPL Upgrade
NEW UPGRADE
Discover how the MicroPL Upgrade for the FLS1000 and FS5 photoluminescence spectrometers enhances your research by enabling widefield imaging, single point spectra and lifetime, and lifetime imaging of microscopic photoluminescent samples.
0:00 Intro
0:38 Filter placement
0:53 Widefield Imaging
1:48 Single Point Measurements
2:59 Lifetime Mapping
4:16 Summary
#Photoluminescence #Research #Spectroscopy #LifetimeImaging #Microscopy
Quantum Yield Integrating Sphere Measurements
This is a quick demonstration of Edinburgh Instruments' Integrating Sphere, used with the FLS920-s Fluorescence Spectrometer. The video features how the spectrometer's software (which is called F900) is used to calculate an absolute quantum yield measurement; how to use with liquids and/or powders and thin films; and how to add/remove it from the spectrometer's sample chamber for other types of sample holders.
FS5 Spectrofluorometer: A Competitive Edge in Fluorescence Spectroscopy
Discover why the FS5 Spectrofluorometer, from Edinburgh Instruments, stands out as the ultimate tool for fluorescence spectroscopy. This video dives into the features, advantages, and applications of the FS5, making it the preferred choice for researchers and scientists. Whether you're looking for high sensitivity, precision, or versatility, the FS5 offers it all. Learn how this competitive spectrofluorometer can enhance your research capabilities and deliver outstanding results.
How to Prepare Solutions for Accurate and Reliable PLQY Measurements on the FLS1000 and FS5
Learn how to prepare your samples for photoluminescence quantum yield (PLQY) measurements with an integrating sphere.
In this quick tutorial, we'll walk you through the steps of preparing your solution samples for accurate and reliable PLQY measurements. We'll discuss optimising sample concentration, sample volume and prevention of integrating sphere contamination. By following these simple guidelines, you can ensure the best possible results for your research.
00:00 - 00:17 | Intro
00:17 - 01:12 | Analysing Stock Solution
01:12 - 02:01 | Determining Dilution Factor
02:01 - 03:04 | Preparing Final Sample
#photoluminescence #quantumyield #PLQY #spectroscopy #integratingsphere #scientifictechnique #QYTutorial #FLS1000 #Edinburghinstruments
QYPro: How to Set Up For Integrating Sphere Measurements
Learn how to easily get started with your new QYPro Integrating Sphere using this step-by-step guide. In this video our applications specialist will show you how to prepare the instrument for integrating sphere measurements; how to connect your QYPro; how to install QYPro sample mounts; and how to change the excitation port on your QYPro - allowing use with Edinburgh Instruments' huge variety of FLS1000 system geometries. Perfect for new users or those looking for a refresher.
Chapters:
0:00 - Intro
0:22 - Setting up the sample chamber
2:16 - Installing a Cuvette Sample Mount
3:30 - Installing a Solid Sample Mount
4:30 - Configuring the QYPro for T-Geometry Measurements
#QYTutorial #FLS1000 #Edinburghinstruments
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At Edinburgh Instruments, we harness over fifty years of pioneering expertise to deliver cutting-edge spectroscopic solutions. As a global authority in spectroscopy manufacturing, we focus on developing bespoke systems that push the boundaries in Photoluminescence, Raman, UV-Vis, FTIR, and Transient Absorption technologies, ensuring unparalleled quality and innovation.
