FlexLambda Kit

Compact Wavelength Selection for Photoluminescence Measurements

Select emission wavelengths instantly and efficiently with a compact unit designed for flexible, high-sensitivity photoluminescence measurements across the visible and near-infrared range.
Flexlambda kit fluorescence system upgrade with adjustable excitation and detection modules

Key-Features

Software-controlled wavelength selector for visible and NIR spectral range
High transmission rate for highest sensitivity
No affection to polarization and pulse width of the emission signals
Fully integrated into SymPhoTime 64 software
Compatible with widefield and confocal microscopes

Flexible Wavelength Selection for Advanced Photophysical Analysis

Why Precise Wavelength Selection Matters

In many areas of material science, including semiconductors, photovoltaics, and nanomaterials, characterizing photophysical properties requires selective access to specific emission wavelengths. Whether isolating spectral features, distinguishing recombination pathways, or comparing device performance, flexible and precise wavelength selection is essential. Traditionally, this is achieved using sets of discrete bandpass filters or monochromators, each with limitations in flexibility, speed, or photon efficiency.

Fast and Efficient Wavelength Selection Without Optical Changes

The FlexLambda Kit provides a fast, flexible, and reliable solution for wavelength selection across the visible to near-infrared range. It enables users to quickly set spectral detection range as well as spectral bandwidth without exchanging any optical components, simplifying measurements across different samples.

Designed as a compact and fiber-coupled unit, FlexLambda can be integrated into a wide range of experimental setups, including microscopes for spatially resolved measurements, as well as spectroscopic systems, probe stations, cryostats, or custom optical configurations. It is particularly beneficial in experiments where efficient photon collection is critical, such as time-resolved measurements, by directing all selected photons onto a single detector.

SymphoTime 64: fluorescence lifetime imaging and correlation software.

Seamless Integration into Time-Resolved Measurement Workflows

FlexLambda works in combination with PicoQuant’s detection technologies, such as TCSPC electronics, enabling wavelength-dependent time-resolved as well as steady-state measurements. Its flexible architecture supports different detector types and configurations, adapting to the specific requirements of each application.

Fully integrated into SymPhoTime 64, the FlexLambda Kit enables intuitive system control and synchronized data acquisition, supporting workflows such as wavelength-selected decays, steady-state analysis, and TRES measurements within a unified measurement environment.

Kit Configuration

FlexLambda is offered as part of a complete measurement solution. Customers who already own compatible PicoQuant components can integrate FlexLambda into their existing setup without repurchasing these items.

Required components:

  • FlexLambda, fiber-coupled
  • 50 μm multimode fiber
  • A supported PicoQuant timing electronics unit: HydraHarp 500/400, MultiHarp 150/160, PicoHarp 330/300, or TimeHarp 260 Nano/Pico Dual
  • SymPhoTime 64 software

Optional components:

  • Compatible detectors, e.g. PicoQuant PMA Hybrid series
  • Excelitas SPADs, or MPD PDM series detectors
  • Multi-channel detection unit (LSM tower) for up to 4 detector
  • Detection optics such as dichroic beamsplitters, short-, long-, or bandpass filters and neutral density filters
Relevant for Your Research​

Matching Applications & Methods​

Switcher A&M
Time-resolved photoluminescence emission spectrum showing three peaks from different semiconductor layers, illustrating layer-specific recombination dynamics.
Materials Science
Image of a solar cell surface structure used for optical characterization of charge carrier dynamics and recombination processes.
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Soft-confinement processing of a submicrometer polymer film using a patterned PDMS stamp showing controlled polymer thin-film morphology after UV cross-linking.
Materials Science
Technical Documentation and Data

Technical Downloads

Datasheet FlexLamda Kit

Contains technical specifications. kit configuration, and an application overview

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