EMILIE

Our unique nanomechanical infrared analyser for bulk chemical analysis of nanoparticles, thin film analysis, and chemical characterization of non-volatile and semi-volatile analytes.

Diamond window for high transmission from NIR to FIR

1

Sturdy stainless steel construction

2

Compatible with your FTIR or QCL-based spectrometer

3
1

Diamond window for high transmission from NIR to FIR

2

Sturdy stainless steel construction

3

Compatible with your FTIR or QCL-based spectrometer

This is how Emilie helps you work efficiently

10

100pg

detection limit

3

different models

FEATURES

High sensitivity without cryogenic cooling

Picogram detection limit

Large spectral range (NIR to FIR)

Fast and easy sampling

Emilie at work

With its unique nanoelectromechanical sensing technology, EMILIE allows you to explore new frontiers in the characterization of aerosols, nanoparticles, thin films, and more.

The sample compartment model clicks-in easily in your spectrometer’s sample compartment for easy set-up and spectrum read-out directly in your spectrometer software.    

SPECTROMETER SAMPLE COMPARTMENT MODEL

The sample compartment model clicks-in easily in your spectrometer’s sample compartment for easy set-up and spectrum read-out directly in your spectrometer software.  

The sample compartment model clicks-in easily in your spectrometer’s sample compartment for easy set-up and spectrum read-out directly in your spectrometer software.    
The external detector model is compatible with your spectrometer’s external port when your sample compartment is already occupied by another sampling accessory.

SPECTROMETER EXTERNAL DETECTOR PORT MODEL

The external detector model is compatible with your spectrometer’s external port when your sample compartment is already occupied by another sampling accessory.

The stand-alone model allows you the flexibility to use a high-power Quantum Cascade Laser (QCL) light source to excite your sample and achieve the lowest detection limits. PHILL tracks the frequency of the nanomechanical sampling and sensing chip and provides you with the FTIR spectrum of your sample.

STAND-ALONE MODEL

The stand-alone model allows you the flexibility to use a high-power Quantum Cascade Laser (QCL) light source to excite your sample and achieve the lowest detection limits. PHILL tracks the frequency of the nanomechanical sampling and sensing chip and provides you with the FTIR spectrum of your sample.

The stand-alone model allows you the flexibility to use a high-power Quantum Cascade Laser (QCL) light source to excite your sample and achieve the lowest detection limits. PHILL tracks the frequency of the nanomechanical sampling and sensing chip and provides you with the FTIR spectrum of your sample.
Here are some more technical informations to EMILIE:

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