On-Line Instrument Systems, Inc.

OLISModel CPL Solo UV/Vis -Circularly Polarized Luminescence Spectrometers

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The OLIS CPL Solo is designed as a compact and cost-effective solution for circularly polarized luminescence (CPL) measurement. With a focus on high sensitivity and performance, it incorporates advanced optical components such as filtered LED sources for maximum excitation and a high-throughput monochromator paired with a gated photon-counting detector for enhanced emission sensitivity. The system is fully digital, negating the need for a lock-in amplifier or G-factor corrections. It offers two models, one tailored for UV/Vis and the other for NIR, with the capability to measure phosphorescence lifetimes. This makes it versatile for studies involving both polarized and unpolarized excitation. The CPL Solo is noted for its competitive pricing and compact form factor, which does not compromise its technological edge over alternatives like those from Jasco, Applied Photophysics, and Edinburgh Instruments. The product emphasizes modularity, ease of use, and ecological responsibility through upgradeability.

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Small, Affordable, and fully Digital Circularly Polarized Luminescence

Designed on first-principle for highest sensitivity CPL and anisotropy, this model is a third of the price and a quarter of the size of the competitors’ products, and yet has excellent sensitivity and stability. Maximum excitation is achieved with brilliant and stable filtered LED sources; maximum emission sensitivity is achieved using a high throughput monochromator and gated photon counting detector. All digital performance with factory locked-in calibration, i.e., no need for a lock-in amplifier, no need for G-factor corrections.

Two models, one for UV/Vis and a second for NIR. The UV/Vis model can be enhanced to measure phosphorescence lifetime and thus CPP. Polarized and unpolarized excitation possible with all configurations.

Your “brilliant breakthrough” can be realizing that circularly polarized luminescence is within reach for your laboratory!   How many breakthroughs are ahead while using this rare and valuable meas

Standard Model Performance

  • Circularly Polarized Luminescence
  • Fluorescence
  • Anisotropy

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