OLIS CPL Solo
OLIS CPL Solo UV/Vis
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 measurement?
Standard Model Performance
Circularly Polarized Luminescence
Fluorescence
Anisotropy
Specifications
Upcycle from Standard
Polarized Excitation
Phosphorescence Lifetime
Accessories
“We were already confident in the data, but we are now perfectly armed to reply with confidence and diplomacy! Your instrument has already been well advertised in my presentations to various universities, and I will continue to do so.”
Gaël Ung, University of Connecticut
"The unit works great now - we had an online demo for all the group - easy and straightforward."
Torsten Hegmann, Kent State University LC Institute
Why Choose the OLIS CPL Solo?
#1
You are ready for CPL measurements in your own lab
#2
You want the easiest to use, highest sensitivity, and lowest priced model on the market
#3
You want one instrument for CPL, anisotropy, and optionally phosphorescence lifetime that doesn’t take up half the lab or cost over $100K
Ask for a price quote today!
Technologically superior, smaller, and less expensive than choices from Jasco, Applied Photophysics, and Edinburgh Instruments
Why is the small & affordable CPL Solo over every alternative?
An instrument is only as good – and no better – than its components. The OLIS hardware and software are exactly what you would choose, if you were to produce your own world-class CPL. The instrument is built a particular way because it is the best way.
Many alternative designs are available to a company with the expertise of OLIS. But you will find that the CPL Solo is your most electronically simple, functionally specific, and sensitive CPL choice on the international market.
A running joke amongst our engineers is “We’re always looking for light.” Maximum light in, maximum light detected: this is what makes a great spectrophotometer. Here are details on why you can be confident of achieving your best possible CPL results with the small & affordable CPL Solo.
Technologically superior, less expensive, and opening NIR CD & CPL.
Comparing the six OLIS, Jasco, Applied Photophysics, and Edinburgh Instruments CPL models
OLIS CPL Solo Resources
Download: Should CPLs have Xe Arc or LED
PUBLICATION: Synthesis of Enantiopure Lanthanide Complexes Supported by
Hexadentate N, N′‑Bis (methylbipyridyl) bipyrrolidine and Their Circularly Polarized Luminescence
PUBLICATION: Point Chirality Controlled Diastereoselective Self-Assembly and Circularly Polarized Luminescence in Quadruple-Stranded Europium(III) Helicates
PUBLICATION: Substituent Effect on the Circularly Polarized Luminescence of C1-Symmetric Carbene-Copper(I) Complexes
PUBLICATION: ChemPhotoChem Supporting Information
COMPARISON OF YOUR CHOICES: Comparing the OLIS CPL Solo with the competition
IN THE LAB: CPL Solo in Dr. Torsten Hegmann's lab at Kent State University
IN THE LAB: CPL Solo in the lab at Ewha Women's University in South Korea
IN THE LAB: CPL Solo in the lab of Dr. Gaël Ung, University of Connecticut
Prototype generation 2 of the CPL Solo at 2022 International Society for Chiroptical Spectroscopy, New York City, July 2022
