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.
No matter your application, the FLS1000 enables you to measure luminescence spectra and kinetics with unmatched accuracy using cutting-edge sources, detectors, and acquisition techniques. Its spacious sample chamber accommodates nearly any sample accessory with ease.
With industry-leading sensitivity of over 35,000:1 for the standard water Raman (SQRT method), this instrument excels at detecting weakly fluorescent samples.
All functions are seamlessly managed by Fluoracle®, an all-in-one software package for comprehensive data acquisition and analysis.
| 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 | |||
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.
Equipped with top-tier optical components, photon-counting sensitivity, and fluorescence lifetime capabilities, the FS5 excels in both rapid routine analysis and sensitive research tasks.
This compact benchtop instrument adapts seamlessly to your needs, offering flexibility with multiple source and detector configurations without expanding its footprint. As standard, the FS5 v2 includes a photon-counting PMT detector for visible-range fluorescence spectra and an absorption detector. It can be easily upgraded to perform NIR measurements up to 1650 nm, time-resolved fluorescence or phosphorescence, photoluminescence quantum yields, and anisotropy.
| Optics | All-reflective for a wavelength independent focus with high brightness (small focus) at the sample |
| Source | 150 W CW Ozone-free xenon arc lamp (UV-enhanced ozone generating option available) |
| Monochromators | Czerny-Turner design with dual grating turret; plane gratings for accurate focus at all wavelength and minimum stray light |
| Spectral Coverage – Excitation | <230 nm – 1000 nm |
| Spectral Coverage – Emission | 200 nm – >870 nm |
| Filter Wheels | Fully automated; included in both the excitation and emission monochromators |
| Bandpass – Excitation/Emission | 0 to 30 nm, continuously adjustable |
| Wavelength Accuracy – Excitation/Emission | ± 0.5 nm |
| Scan Speed – Excitation/Emission | 100 nm/s |
| Integration Time | 1 ms – 200 s |
| Emission Detector | Photomultiplier, spectral coverage 200 nm – 870 nm, cooled and stabilised |
| Reference Detector | UV enhanced silicon photodiode |
| Transmission Detector | UV enhanced silicon photodiode |
| Signal-to-Noise Ratio of Water Raman Signal | SNR SQRT >12,000:1 |
| Dimensions | 104 cm (w) x 59 cm (d) x 32 cm (h) |
| Weight | 65 kg |
| * 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 | |
The Lifespec II is a compact, fully integrated, high performance, time-correlated single photon counting (TCSPC) fluorescence lifetime spectrometer for fast lifetime applications.
Its zero temporal dispersion optics, using double monochromators in subtractive mode, sets the standard for ultra-fast decay measurements. Lifetimes < 5 ps are achieved if using a fast laser (ps or fs) for excitation.
The system is a fully automated solution, combining hardware and software in a single package for fundamental research and routine laboratory applications. Data acquisition modes range from fluorescence lifetime decay acquisitions and time-resolved spectra to automated time-resolved anisotropy measurements and automated temperature maps.
The LifeSpec II requires at least one picosecond pulsed diode laser and pulsed LED, supercontinuum laser or Ti:Sapphire laser (with suitable pulse picker) for operation. Multiple lasers can be simultaneously coupled to the instrument.
| Optical Configuration | 90° between excitation and emission beam path |
| Mode of Operation | Time-Correlated Single Photon Counting (TCSPC) Optional Multi Channel Scaling (MSC) Upgrade |
| Excitation Source Options | All high rep rate pulsed sources such as picosecond pulsed diode lasers (EPL Series, HPL Series) and LEDs (EPLED Series), supercontinuum pulsed lasers and femtosecond Ti:Sapphire lasers. |
| Lifetime Range | 5 ps – 10 µs (depending on source and detector choice) Up to 1 s with MSC upgrade |
| Detector Options | 230 nm – 650 nm, 230 nm – 850 nm, 500 nm – 1700 nm |
| Mechanical Spectral Range | 200 nm – 900 nm (standard) plus 800 nm – 2000 nm (optional for infrared PMT detectors) |
| Spectral Band Pass | 0 to 60 nm (computer controlled) |
| Temporal Dispersion | Zero (negligible) |
| Laser Beam Attenuation | 4 orders of magnitude, continuously adjustable (computer controlled) |
| Spectrometer Software | F980 Software complete package for data acquisition and lifetime data analysis. |
The Mini-tau is an ultra-compact, low cost, filter-based dedicated fluorescence lifetime spectrometer. Using Time-Correlated Single Photon Counting (TCSPC), the Mini-tau can measure fluorescence lifetimes ranging from 25 ps to 10 μs (source dependent). It can also be equipped with Multi-Channel Scaling (MCS) electronics for long-range photoluminescence from 10 ns to 10 s.
Whether you need to measure fluorescence lifetimes or time-resolved fluorescence anisotropy for research, quality assurance or teaching applications, the Mini-tau is the ideal all-inclusive, fully integrated solution. Operation is extremely simple and intuitive making it the ideal entry-level instrument for photoluminescence lifetime.
Fluoracle software is supplied with the Mini-tau. It has an easy-to-use interface and allows users to comprehensively record data and accurately analyse complex decay kinetics of up to four lifetimes.
| Specification | |
|---|---|
| Mode of operation | Time-Correlated Single Photon Counting (TCSPC), Multi-Channel Scaling (MCS) |
| Lifetime range | Approx. 25 ps – 10 µs (TCSPC), 10 ns – 10 s (MCS) |
| Instrumental pulse width | 250 ps (in standard configuration with diode laser excitation) |
| Excitation wavelengths | All picosecond pulsed diode lasers (EPL Series, HPL Series) and pulsed LEDs can be used in TCSPC (375 nm through to 980 nm). The above picosecond sources as well as variable pulse width sources (VPL Series, VPLED Series) can be used in MCS mode. |
| Attenuation | 4 orders of magnitude, linear |
| Filter Wheel | Comes as standard to accept 50 mm x 50 mm filters. Filter wheel with 5 bandpass filters of approx. 50nm width centred at 450nm, 500nm, 550nm, 600nm, and 650nm; one position without filter. |
| Detector | High speed PMT detector with amplifier, interlock and overload protection in fan-assisted TE cooled housing. Spectral range 230 nm – 850 nm or 230 nm – 920 nm, typical pulse width 180 ps, dark count rate 150 cps at 0°C. ps, dark count rate: 150 cps at 0°C |
| Data acquisition | TCC2 electronics module: up to 8192 channels per curve, forward or reverse mode, minimum channel resolution 305 fs, 20 ps time jitter, TAC ranges from 2.5 ns to 50 µs in TCSPC mode. Up to 8000 channels per curve, 10 ns resolution and up to 10 MHz repetition rate in MCS mode. |
| Data analysis | Marquardt-Levenberg algorithm – up to 4 lifetimes – anisotropy calculation |
| Dimensions | 265 mm (l) x 195 mm (d) x 125 mm (h) (excluding laser, detector, lid) |
| Weight | 5 kg (excluding laser, detector) |
The RM5 is a compact powerhouse designed for every laboratory, from industry to academia. With advanced spectral imaging capabilities, intuitive operation, and precise confocal optics, the RM5 delivers unparalleled performance across diverse applications such as materials science, pharmaceuticals, and beyond.
Featuring a simple yet comprehensive design, the RM5 ensures ease of operation for users at any level of experience with Raman microscopy. Ramacle® software guides users through all measurement stages without limiting any Raman capabilities, resulting in the creation of high-quality, publication-ready data.
Configurable with up to three fully software-controlled internal lasers spanning 405 nm – 1064 nm, this system maximises experimental range while maintaining a compact footprint. Laser selection is complimented by a 5 position grating turret, where gratings are selected to perfectly match chosen lasers. This design not only saves laboratory space but also enhances ease of use, eliminating the need for users to manually activate lasers or exchange gratings.
The RM5 enhances user experience with key features: it includes an internal silicon standard for automatic wavelength calibration, ensuring precise spectral measurements without user intervention. The confocal microscope offers the most pinhole positions available, providing flexibility for optimal measurement conditions. When integrated with a motorised stage, the software generates both 2D and 3D Raman and photoluminescence maps, along with SurfMAP® for mapping uneven samples.
This versatility allows the RM5 to seamlessly integrate into any laboratory setting, accommodating a wide range of experiments across disciplines from biologists to chemists to physicists, making Raman microscopy accessible to all.
| LASER SPECIFICATION | |
|---|---|
| Lasers | Up to 3 narrow-band lasers including: 532 nm, 638 nm, 785 nm Other wavelengths available on request Laser selection is fully computer-controlled |
| Laser Rejection Filters | Up to 3 laser rejection filters included Filter exchange is fully computer-controlled |
| Laser Attenuation | 4 orders of magnitude, continuous Fully computer-controlled |
The RMS1000 is a Multimodal Confocal Raman Microscope built for adaptability and designed to grow, upgrade, and evolve with your research needs.
Built without compromise, this premium research tool offers unmatched specifications and ease of use. Its unique design allows full optimisation to any Raman microscopy application. With versatile laser, detector, and spectrograph options, the RMS1000 is perfect for any laboratory, finding applications in bioscience, nanomaterials, pharmaceuticals, semiconductors, geology, and more.
The RMS1000 is more than a Raman-only system. Harnessing Edinburgh Instruments’ extensive expertise in photoluminescence, we’ve integrated advanced fluorescence techniques to create a user-friendly, multimodal instrument. Seamlessly operate Raman and fluorescence lifetime imaging (FLIM) in a single software package, making RaFLIM® data acquisition from the same point both easy and intuitive.
Expanding on Raman and FLIM, the RMS1000 is exceptionally versatile, expandable to integrate a multitude of advanced techniques. Unlock precise imaging across various techniques with our multimodal system, featuring Raman, photoluminescence (PL), fluorescence life time imaging (FLIM), phosphorescence lifetime imaging (PLIM), multiphoton techniques, and antibunching capabilities.
The RMS1000 is a cutting-edge Multimodal Confocal Raman Microscope renowned for its adaptability and ease of upgrade. Its open architecture design facilitates seamless upgrades without compromising the high specifications of the core instrument. Built to adapt to your research needs, it integrates advanced techniques ensuring precise and comprehensive imaging capabilities across various scientific disciplines.
e spectrometer. Using Time-Correlated Single Photon Counting (TCSPC), the Mini-tau can measure fluorescence lifetimes ranging from 25 ps to 10 μs (source dependent). It can also be equipped with Multi-Channel Scaling (MCS) electronics for long-range photoluminescence from 10 ns to 10 s.
Whether you need to measure fluorescence lifetimes or time-resolved fluorescence anisotropy for research, quality assurance or teaching applications, the Mini-tau is the ideal all-inclusive, fully integrated solution. Operation is extremely simple and intuitive making it the ideal entry-level instrument for photoluminescence lifetime.
| Specifications | ||
|---|---|---|
| LASERS | Up to 5 integrated narrow-band lasers: 532 nm, 638 nm, 785 nm typically used | |
| Additional lasers from UV to NIR are available. External lasers can be integrated | ||
| Laser selection is fully computer-controlled | ||
| Associated laser rejection filters included, fully computer-controlled | ||
| SPECTROGRAPHS | Wavelength Range | 200 nm – 2,200 nm |
| Gratings | 5-position grating turrets | |
| Slits | Continuously adjustable, fully computer-controlled | |
| SPECTRAL RESOLUTION | From <0.1 cm-1 (depending on grating, laser and CCD selection) | |
| SPATIAL RESOLUTION | XY (lateral), Z (axial) | 0.25 µm, <1 µm (depending on laser and microscope objective) |
| SPECTRAL RANGE | 5 cm-1 * – 30,000 cm-1 (* with low wavenumber attachment) | |
| CONFOCAL IMAGING | Adjustable confocal pinhole, fully computer-controlled | |
| DETECTORS | CCD Detector | High sensitivity ultra low noise spectroscopy CCDs |
| 1650 x 200 pixels, TE-cooled -60°C (standard) | ||
| 2000 x 256 pixels, TE-cooled -60°C (enhanced sensitivity / spectral range) | ||
| Optional Second Detector | EMCCD detector, 1600 x 200 pixels, TE-cooled -100°C (fast response time) | |
| InGaAs array, 1024 pixel, TE-cooled -90°C, up to 2,200 nm | ||
| SOFTWARE | Ramacle® | Comprehensive all-in-one, intuitive software package |
| Optional | Chemometric, spectral library packages | |
| FLUORESCENCE | Spectral | With low resolution grating and integrated CCD |
| Lifetime | With picosecond pulsed lasers, TCSPC electronics, fast photon counting detectors | |
| Spectral and lifetime fluorescence mapping is also available | ||
| LASER SAFETY | Without Laser Enclosure | Class 3B (depending on external laser source) |
| With Laser Enclosure | Class 1 | |
| DIMENSIONS | W x D x H | From 975 mm x 610 mm x 1170 mm |
| Weight | From 114 kg |
The DS5 UV-Vis Spectrophotometer is a powerful double beam instrument designed for precise and accurate measurement of absorption and transmission across various wavelengths, making it essential for analytical applications where precision is paramount.
Engineered for versatility, this user-friendly spectrophotometer excels in a wide range of measurements, from standard absorbance in cuvettes to solid samples and flow cell experiments. Its high-throughput optical design delivers exceptional performance, ensuring superior stray light control, baseline stability, and unmatched wavelength and photometric accuracy.
The DS5 offers flexible operation, whether as a standalone device with its integrated touchscreen or through PC control using Visacle® software. Visacle provides a secure database for storing data and methods, and it can be upgraded to a CFR Part 11 compliant package for enhanced data protection and integrity.
| Parameter | Description |
|---|---|
| Optics | Czerny-Turner, Dual Beam Monochromator |
| Wavelength Range | 190 nm – 1100 nm |
| Spectral Bandwidth | 0.5 nm, 1 nm, 1.5 nm, 2 nm and 4 nm |
| Stray Light | ≤0.10% T (220 nm NaI, 340 nm NaNO2) |
| Wavelength Accuracy | ±0.1 nm |
| Wavelength Repeatability | ±0.1 nm |
| Photometric Range | Absorbance: -3.4 to +3.4, %T: 0 to 300, Concentration: 0,000 to 9,999 |
| Photometric Accuracy | ±0.002 Abs (0 – 0.5 Abs), ±0.004 Abs (0.5 – 1.0 Abs), ±0.008 Abs (1.0 – 2.0 Abs) |
| Photometric Reproducibility | ±0.0003 Abs (0-0.5 Abs), ±0.0005 Abs (0.5-1 Abs), ±0.001 Abs (1.0-2 Abs) |
| Wavelength Scan Speed | 10, 100, 200, 400, 800, 1200, 2400, 3600, 6000 nm/min |
| RMS Noise | ≤0.00003 Abs (0 Abs, 500nm) |
| Baseline Stability | <0.0003 Abs/hr (500 nm, 2 hour lamp warm-up period) |
| Baseline Flatness | ±0.0009 Abs (200 nm – 950 nm) |
| Light Source | Tungsten-Halogen and Deuterium Lamps |
| Light Source Switching | Automatic switching selectable for 325 nm – 370 nm range |
| Detector | Silicon Photodiode |
| Display | 7” Touchscreen |
| Software | Touchscreen operation, PC-controlled software or CFR compliant PC-controlled software |
| Dimensions | 500 mm (W) × 475 mm (D) × 250 mm (H) |
| Net Weight | 20 Kg (approx) |
| Power Supply | 100 – 240V, 50/60 Hz, 150VA |
| Ambient Temperature | 10°C – 35°C |
| Output Device | USB flash drive, SD card |
| Interface | USB PC interface |
The LP980 Transient Absorption Spectrometer sets the benchmark in transient absorption research, becoming the go-to instrument for a wide array of photochemical, physical, and biological applications.
As the first of its kind on the market, the LP980 enables precise measurement of transient absorption (TA), laser-induced fluorescence (LIF), and phosphorescence up to 2.55 µm, with time scales ranging from nanoseconds to seconds. Its dual monochromator/spectrograph design allows for both spectral and kinetic acquisitions in one device, saving you both time and cost.
Available in two models—LP980-K (kinetic PMT detector) and LP980-KS (kinetic PMT and spectral ICCD detector)—the LP980 can be customised with various pump lasers, probe sources, sample holders, and detectors to perfectly match your research needs. Our technical sales team is ready to help you configure the ideal setup for your experiments.
With the intuitive L900® software package, data acquisition is straightforward, and comprehensive analysis tools like ΔOD calculations and multi-component decay fitting are included, eliminating the need for additional software.
| LP980 Base Configuration | Specification |
|---|---|
| Monochromator | Czerny-Turner with triple grating turret, 325 mm focal length, 25 µm to 10 mm computer-controlled (continuously adjustable) motorised slits |
| Laser Excitation Source | Flashlamp pumped Q-switched Nd:Yag laser operating at 1064 nm, 532 nm, 355 nm or 266 nm. OPO, tuneable in the range 410 nm – 710 nm (signal). Idler and UV doubler options possible |
| Sample Geometry | Transverse sample excitation geometry included as standard |
The IR5 FTIR Spectrometer stands as a pinnacle of analytical instrumentation, tailored for precise and comprehensive infrared spectroscopy. It offers researchers and analysts across diverse industries an indispensable tool for probing molecular structures and compositions with unrivalled accuracy.
The IR5 demonstrates exceptional versatility, effortlessly adapting to applications across polymers, pharmaceuticals, semiconductors, and more. Unique to the IR5 is the option to incorporate a second detector in its class of FTIR spectrometers, eliminating the need for multiple systems. The additional detector can be chosen to provide increased sensitivity in specific spectral ranges. This ensures seamless transition from routine analysis to demanding tasks requiring utmost sensitivity.
Beyond its technical excellence, the IR5 is designed for ease of use and efficiency in laboratory settings. Equipped with intuitive software, Miracle™, it enables straightforward measurement of IR absorption, transmission, reflectance, and photoluminescence—all through a single user-friendly interface.
Whether conducting routine quality control assessments or investigating complex research projects, the IR5 FTIR Spectrometer empowers scientists with rapid data acquisition capabilities and robust analytical performance. With its compact benchtop design and maintenance-free operation, the IR5 represents a reliable partner in advancing scientific discoveries and ensuring the highest standards of analytical precision.
| Specifications | ||
|---|---|---|
| Standard Configuration | Spectral Range | 8000 – 350 cm-¹ |
| Sensitivity | SNR ≥ 20,000:1 | |
| Resolution | 0.5 cm-¹, 1 cm-¹, 2 cm-¹, 4 cm-¹, 8 cm-¹, 16 cm-¹, 32 cm-¹ | |
| Accuracy | 0.5 cm-¹ | |
| Source | High-intensity ceramic source | |
| Detector | DLaTGS | |
| Beamsplitter | Germanium coated KBr | |
| Hygroscopic Integrity | Integrated desiccants, electronic dry-membrane, embedded LCD and software hygrometers for maintenance-free operation | |
| Windows | KBr window exchangeable by user | |
| Operating Voltage | Universal mains input 100-240 VAC, 47-63 Hz | |
| Detector Upgrade | Second Detector | Additional detector fitted to the instrument optimising its spectral range Detector options include InSb, InGaAs, and MCT |
| PL Upgrade | Fourier Transform Photoluminescence Capability | External PL excitation laser mount, laser is freely exchangeable Dedicated PL sample holder for maximum signal-to-noise ratio Intuitive photoluminescence acquisition wizard in software |
| Sample Accessories | Transmission Sample Holder | Compatible with films and cuvettes |
| Attenuated Total Reflectance (ATR) | Basic and advanced ATR models available with a choice of crystal (diamond, Ge, ZnSe) | |
| Photoluminescence Sample Holder | Suitable for solid samples, powders, and liquids | |
| Others | Diffuse reflectance, custom and third-party accessories available | |
| Software | Miracle | Powerful and intuitive software for data acquisition, analysis and presentation, full control of all interferometer, amplifier, temperature and humidity monitoring |
| Measurement Types | Transmission, Absorption, Reflection, Kubelka-Munk, FT-PL | |
| Acquisition Modes | Live signal monitoring, single scan (including user-defined methods), kinetic series | |
| Dimensions | W x D x H | 660 mm x 540 mm x 300 mm |
| Weight | 37 kg |
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