Spectral Engines GmbH products

Spectral Engines’ NIRONE Sensor S uses patented Micro Electro Mechanical System (MEMS) Fabry-Perot Interferometer enabling fast and reliable measurements even in the most demanding environments. NIRONE Sensor S works at the true near infrared (NIR) spectral range from 1350 to 2450 nm which means better sensitivity and specificity in material sensing applications. NIRONE Sensor S offers excellent performance fully comparable to the best laboratory instruments in a small package and only a fraction of the cost.

The NIRONE Sensor X is a spectral sensor measuring the NIR spectrum at 1550 nm to 1950 nm wavelength band. The sensor’s design is based on the NIRONE Sensor but its cost level and manufacturability have been optimized for high-volume production of consumer applications and handheld material analyzing devices. On top of analyzing material compositions, NIRONE Sensor X includes an RGB color sensor.

NIRONE Scanner is a turnkey material sensing solution which enables the development of new innovative material sensing applications. Our NIRONE Scanner speeds up the market-entry of your unique material sensing solution significantly. NIRONE Scanner includes the world’s smartest material scanner, equipped with next-generation NIR-technology, an easy-to-use mobile app, cloud connectivity and advanced algorithms.

NIRONE Lab is the world ´s first, compact, versatile material composition scanner system specifically designed for fast, accurate and reliable measurement data collection. Through a set of Near-Infrared spectral sensor modules powered by machine learning, the Labscanner enables the collection of representative laboratory data and delivers it in a low-cost, portable platform.

The newly developed NIRONE Liquid Scanner is a non-destructive and cost-effective analyzer for the identification and quality control of liquids at any point of the supply chain. The near-infrared spectrosopy transmission setup is the optimal method for liquids, because the samples are irradiated in a defined layer thickness. The transmitted light contains spectral information with a particularly high signal yield. This makes it particularly easy to identify and quantify active ingredients and excipients.