Company Overview
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Company Overview

This presentation was created by Chromacity Ltd in 2019. At the time of producing this presentation, all information is up-to-date and accurate. Chromacity follows a policy of continuous improvement and specifications are subject to change without notice. For more information about our continuous improvement policy and this slide content email: info@chromacitylasers.com. Please consider the environment before printing.

What We Product overview • Do • Markets • Benef

What We Do Manufacture a range of ultrafast lasers that span the spectrum from visible to mid-IR Design and implement integrated solutions for OEMs Develop full product solutions for end users

Our Vision To transform the academic and fundamental research laser market, making high quality, affordable lasers accessible to more customers, enabling more discoveries. Revolutionising the market for compact integrated laser systems.

Product Rangeoverview • Product • Markets • Benef

520 nm • Fundamental • Fundamental Research • Fundamental Research • Fundamental Research Research • IR Spectroscopy (Pump Source for OPO and • Raman Spectroscopy • Spectroscopy (Vibrational, FTIR, Raman, Non-Linear Optics) • Pump Source for OPO (Molecular, Chemical Analysis) • Microscopy (Two Photon, • Quantum Optics Complex Organic • Telecoms • THz generation Compounds) • Quantu

Chromacity OPO The Chromacity OPO provides high power, broad bandwidth and picosecond pulsed light which can be generated across the near and mid infrared. This means the laser is ideal for a wide range of applications including: stand-off detection, IR spectroscopy, FTIR techniques, chemical and breath analysis. We also have a prototype high brightness mid-IR OPO that can access the molecular fingerprint region, where chemical signatures can be uniquely identified or ‘fingerprinted’

Request Datasheet The Chromacity OPO is an optical parametric oscillator, delivering light in the near-IR from 1.4 µm to 4 µm. Average Power Repetition Frequency Pulse Duration Beam Parameters

OPO Features Intuitive web browser interface Most affordable OPO on the market Air cooled (no water cooling infrastructure required) Power efficient laser cavity (low power consumption) Integrated pump source making our OPO the most compact on the market

OPO Technical Benefits Ideal Wavelength High Power Near-IR OPO spans wavelengths that can be used to identify hydrocarbons & also covers telecoms wavelengths (and beyond). High signal-to-noise ratio for spectroscopy experiments. Reduces requirement for high end detection systems, especially over long open-air paths. Mid-IR OPO spans the fingerprint regime which can be used to identify volatile organic compounds. Long-term Stability Ultrashort Pulse Pump source is fully integrated into the OPO module thus eliminating the need for end-user alignment of input pump beam. Generates strong...

OPO Markets Telecoms • Imaging/pumping next generation integrated circuits (including quantum circuits) Vibrational Spectroscopy FTIR techniques Stand-off detection Breath analysis Explosives detection Materials characterization Environmental sensing Raman spectroscopy Fundamental Research • Development of single photon detectors a

The Chromacity 1040 is an ideal light source for a wide variety of applications including two photon and SHG imaging, optical pump for SSL and fundamental research.

Request Datasheet Ytterbium fibre-based ultrafast laser delivering > 3.5 W output at 1040 nm with 100 MHz repetition frequency. 1000 500

1040 Features Most affordable ultrafast 1-micron laser on the market for output power Intuitive web browser interface Air cooled (no water cooling infrastructure required) Compact laser housing Power efficient laser cavity (low power consumption)

1040 Technical Benefits Ideal Wavelength High Average Power Longer wavelength than Ti:S lasers allows greater depth penetration of samples, and detection of multiple fluorescent markers. High power system adds flexibility to run several experiments whilst maintaining a good signal to noise ratio. Ideal for various SHG imaging techniques. Reduces requirement for high end detection systems. Long-term Stability Ultrashort Pulse Chromacity 1040 has been custom designed onto a temperaturecontrolled baseplate ensuring a reliable and stable output. Combined with high average power and good beam...

I ' I m Second Harmonic Generation Microscopy Life science imaging: • Ocular imaging • Plant-biology/ agri-tech • Pathology • Muscle / bone imaging Two Photon Microscopy Life science imaging: • Cardiology • Optogenetics • Pathology • Forensic Science Fundamental Research • Super-continuum generation/4-wave mixing in fibers • Optical pumping solid-state lasers and OPOs • Pumping non-linear crystals • THz generation • Sintering powders • (material science) • Etching in soft glasses (chalcogenides)

The Chromacity 520 can be used in a number of fundamental research applications including quantum optics, optical pump for SSL, imaging / inspection or as an alternative to Raman spectroscopy.

Request Datasheet The Chromacity 520 delivers sub-150 fs pulses with 100 MHz repetition rate. SHG module

520 Features Most affordable ultrafast green laser on the market for output power Intuitive web browser interface Air cooled (no water cooling infrastructure required) Compact laser housing Power efficient laser cavity (low power consumption)

520 Technical Benefits Ideal Wavelength High Average Power Many quantum optics experiments require pump light in the visible. Provides sufficient power for driving further nonlinear effects such as THG. Close to ideal wavelength for Raman spectroscopy measurements. Provides flexibility to split the output to run several experiments. Pump source for a visible IR-OPO. Reduces requirement for high end detection systems. Long-term Stability Ultrashort Pulse The pump source for the Chromacity 520 has been custom designed onto a temperature-controlled baseplate ensuring a reliable and stable...