Optical, ultraviolet and IR spectroscopy

An analytical complex based on a compact optical time-resolution spectrometer (UV/Visible/IR) for solving most analytical tasks.

The device allows you to receive:

• Luminescence spectra in the range of 220–920 nm
• Fluorescence and phosphorescence spectra
• Time-resolved luminescence spectra with resolutions up to 1 ps
• Luminescence and fluorescence lifetime spectra
• Fluorescence anisotropy data

Key features of the system include:

• Excitation sources – high-quality laser diodes/pulsed laser diodes (multiple wavelength options from 220 to 2,000 nm) and/or pulsed lasers (405, 450, 488, 515, 640 nm, with additional options available)
• Motorized optical filter or fully motorized monochromator (step size: 0.01 nm, resolution: 0.3 nm)
• High measurement speed
• A wide range of high-speed detectors manufactured in Japan for various objective (ranging from picoseconds to seconds)
• Multichannel high-speed electronics from top global manufacturers
• Integration capability with a confocal microscope system (various options available)
• Various sample holders for solid-state and liquid-phase samples, including helium and nitrogen cryostats
• The ability to analyze samples in the temperature range of 2.1 K to 900 K
• Compact design and lightweight system, with a mass ranging from 50 to 70 kg, easy to operate and maintain
• User-friendly, intuitive software with multiple levels of access and complexity, utilizing neural network algorithms

A precise analytical system based on an optical time-resolved spectrometer (UV/Visible/NIR) for solving tasks of any complexity.

The instrument provides:

• Photoluminescence and phosphorescence spectra in the range of 220–1700 nm
• Luminescence and phosphorescence lifetimes
• Steady-state and time-resolved fluorescence anisotropy
• Determination of absolute photoluminescence quantum yield
• Excitation-emission matrix (EEM)
• Time-resolved photoluminescence (TRPL)
• Time-resolved emission spectra (TRES)
• Temperature-dependent measurements, software-controlled, in both steady-state and time-resolved modes
• Time-delayed measurements with durations of up to several hours

Key features of the system include:

• Excitation sources – high-quality laser diode/pulsed laser diode (various options in the wavelength range from 220 to 2000 nm), pulsed lasers (a wide selection, including Class 1 lasers), pulsed xenon lamps
• Fully motorized single- or double-mirror monochromator (step size – 0.01 nm, resolution 0.3–0.15 nm)
• High-speed measurements
• A large range of high-speed detectors made in Japan for diverse applications (range from picoseconds to seconds)
• Multichannel high-speed electronics from the world’s leading manufacturers
• Integration options with a confocal microscope system (various configurations)
• Various sample holders (for solid and liquid-phase samples), including helium and nitrogen cryostats
• Possibility of sample studies in the temperature range from 2.1 to 900 K
• User-friendly, intuitive software with multiple access levels and complexity modes, including neural network algorithms