Daylight Solution was founded in 2004 by Tim Day to manufacture broadly tuneable Quantum Cascade Lasers in the mid infrared regime. Having a powerful, reliable and easy to handle light source covering the range from 3 to 14µm (720 to 3300 cm-1) is a game changer in laser based spectroscopy or tuneable diode laser spectroscopy
Industrial applications as well as academic state of the art systems profit from overcoming the need of liquid nitrogen cooling and leading to maintenance free measurement systems in
the “finger print region”.
The new MIRcat QTTM System is a high speed, low noise MIR laser. Up to four EC-QCL laser beams are adjusted to a single beam path (collinear beams) in a common housing with an excellent pointing stability. The wavelength can be freely configurated from standard or over tuner lasers, e.g. to concentrate on
wavelength outside of the water absorption bands. Upgrading the system with additional sources is any time possible. A visible adjustment laser is available as an option.
External-Cavity-QCL with broad tuning ranges for cw- and pulsed operation including controller and collimating optics. The whole wavelength range from 3 to 14 µm can be covered. The beam pointing is extremely stable even while tuning the wavelength. USB- and Ethernet interfaces are available for quick integration into your experimental setup.
ChemDetect System is a modular platform regarded as complimentary to liquid Phase chromatography systems (LPC-systems) it offers faster results and better limits of detection leading to better process control inside the reactor.
The new Hedgehog-Laser is based on improved mechanics, which allows rapid scans leading to shorter measurement times and an improved wavelength repeatability. The emitting range is 3 to 14 µm. The high beam quality and excellent pointing stability allows very efficient set ups for easy coupling in long path, single mode wave guides or ATR cells. A very good fit is the MIRa-Guide. The compact housing is the ideal fit for sensor applications.
External-Cavity-QCL with broadtuning range for cw operation with or without mode hops (MHF= Mode Hop Free) inclusive controller and collimation optic. The mode hop free range is at least 30 cm-1 and typical up to 60 cm-1. Normal cw operation with a risk of mode hops is available as well in order to get access to a wider wavelength range. The range from 4.2 up to 11 µm can be covered with small gaps. Interfaces for easy automation of your experiments are available. A chiller andpiezo drivers are needed for operation of the system.
In a class of their own, the Spero® microscopes are the world’s first and only fully integrated, wide-field spectroscopic microscopy and imaging platforms based on our broadly tunable mid-infrared quantum cascade laser technology.
The SPERO QT microscope combines a high resolution MIDIR camera (480*480 Pixel) with a rapidly tunable External Cavity Quantum Cascade Laser (EC-QCL) as light source. It allows to measure 220,000 spectra in parallel for each pixel in less than a minute. Taking the same spectral and lateral resolution into account SPERO QT accelaretes the hyperspectral measurment by a factor of >10 compared to a state-of-the-art FTIR-microscope with similar performance. It covers the finger-print region from 950cm-1 to 1800 cm-1. It allows routine measurements even in short time slots of clinical routines.
Beginning in fall 2020 we will be permanently able to offer tests in Utting with your samples despite some restrictions of COVID-19. Even virtual test measurments with your samples will be possible.
The Spero-QT microscope is the second-generation platform in this new class of instruments with high-performance, label-free chemical imaging. It offers unrivaled mid-IR spectroscopy, substantially outperforming FTIR microscopes in spatial resolution, speed, andfield-of-view capabilities while eliminating the need for cryogenic cooling. This system is faster than Raman- or any other IR microscopes, by orders of magnitude, while avoiding the issues of sample auto-fluorescence. Using aproprietary wide-field, low-noise instrument architecture, the Spero microscopes enable new data collection modalities such as live, real-time chemical imaging and user-defined sparse discrete frequency data collection. Their small desktop footprints make them suitable for labs with space constraints. Imaging of up to 3 microscope slides, and a large sample compartment makes the Spero-QT compatible with microfluidic devices and accessories.
The Spero-LT is the latest model in the Spero product family. The LT offers the same high-performance speed and resolution specifications as the Spero-QT flagship model but is economically configured to address a wide range of materials and life sciences research applications. Its modular structure allows later upgrades to SPERO QT at the manufacturer.
Fast MCT detector with extremely low noise pre amplification. Wide field of view due to built in immersion lens. Thermoelectrical cooling makes room temperature operation without cooling water or liquid nitrogen possible. The opto-electronic devices are AC coupled to reduce the 1/f noise. Therefore an alternating signal can be produced using chopper or other modulating techniques to achieve excellent measuring results.
Fast modulating sensor platform with EC-QCL and different detection probes for sampling gases and liquids. Very high sensitivity due to advantage of measuring in the finger-print region. Complementary to Liquid Phase chromatography (LPC)