Aris Spectrometer with 4096-Pixel Image Sensor
Avenir Photonics now can offer a 4096-pixel image sensor with the Aris spectrometer, for applications requiring a larger sensor than the typical 3648- or 2048-pixel sensors.
In addition to that, Avenir can offer a customized solution with increased resolution. For example a customized device features:
- Typical resolution: 0.19 nm
- Hamamatsu S13496 sensor
- 10 μm entrance slit
- Wavelength range: 770 – 980 nm
- Number of pixels: 4096
This solution provides the precision and performance at a much more economical price than other options. This spectrometer stands out in terms of performance and price within its category.
About the Aris Spectrometer
The Aris spectrometer is the next step into the future of embedded spectroscopy. A laboratory-grade instrument that also meets the size, price, and reliability requirements for portable and industrial applications.
With its high-throughput optical design, the Aris delivers 2 to 4 times better sensitivity than other spectrometers in this price range. An optimized stray light suppression enables the measurement of larger absorbance values.
The Aris offers an unsurpassed flexibility to adapt the spectrometer to the requirements of a specific application. It is available in six standard wavelength ranges that can be customized using a large choice of available diffraction gratings. The default entrance slit of 20 μm is user-replaceable and can be easily exchanged to obtain better sensitivity. Standard configurations include one of two image sensors (see below) with more choices available on request. The powerful microcontroller performs on-board auto exposure, averaging, buffering, and spectrum processing. In addition, it enables the implementation of application-specific spectrum evaluation.
With its proven reliability in rough conditions and compact size, the Aris bridges the gap between laboratory and field spectrometers.
To request more information or a quotation for Avenir Photonics products or service, contact IL Photonics.