OUR PRODUCTS

Learn more about our nanomechanical infrared analyser and accessories here

EMILIE

nanomechanical infrared analyser

Our unique nanoelectromechanical system-based Fourier transform infrared spectroscopy (NEMS-FTIR) analyser for bulk chemical characterization of nanoparticles, thin films, non-volatile and semi-volatile analytes.

EMILIE
FEATURES

High sensitivity without cryogenic cooling

Picogram detection limit

Large spectral range (NIR to FIR)

Fast and easy sampling

PHILL

resonance actuating & tracking electronics

PHILL allows you to actuate and track the frequency of EMILIE and other NEMS and MEMS resonators.

PHILL
FEATURES

Positive feedback

Frequency stability equal to phase-locked loops

Integrated pre-amplifier

Robust and easy-to-use

CHIP

nanoelectromechanical sampling and sensing chip

The nanoelectromechanical sampling and sensing chip is the heart of EMILIE.

CHIP
FEATURES

Highly sensitive nanomechanical sensing element

Efficient aerosol sampling

Compatible with liquid sample drop casting

Highly robust silicon nitride material

Disposable

AEROSOL FLOW ADAPTER

aerosol sampling accessory

Our AEROSOL FLOW ADAPTER designed to hold the EMILIE nanomechanical sampling and sensing chips during sampling via traditional aerosol techniques

AEROSOL FLOW ADAPTER
FEATURES

Allows efficient sampling via impaction

Robust stainless steel construction

Compatible with commercial aerosol samplers

Inline aerosol sampling

AEROSOL IMPACTOR ADAPTER

aerosol sampling accessory

Our AEROSOL IMPACTOR ADAPTER is designed to fit EMILIE CHIPS into a multistage Mini-MOUDI impactor from TSI.

AEROSOL IMPACTOR ADAPTER
FEATURES

Allows efficient sampling via impaction

Robust metal construction

Collect ultrafine aerosol particles

Collect specific aerosol size fractions

DROP CASTING ACCESSORY

sampling accessory for liquid samples

Our DROP CAST ACCESSORY facilitates drop casting of liquid samples on up to 20 CHIPS simultaneously.

DROP CASTING ACCESSORY
FEATURES

Effortless drop casting using pipetting

No sample loss

All sample collected on the central perforation of the CHIP

No coffee ring formation

We innovate the field of nanomaterial characterization by making the process easier, faster, and more sensitive.

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