Need advice about spectroscopy, spectral sensors, etch and deposition? I’m happy to help!
NIRONE SENSOR X
- OEM ready
- priced for volume
- stable technology
- not plug and play
- needs integration
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. The sensor’s compact and robust design makes it an ideal sensor for consumer and handheld material analyzing devices. An integrated microcontroller and single connector make it easy to integrate the sensor into any design. Sensors are pre-calibrated and you can start using them right away in your application. Easy integration to any design and high volume production capability guarantee a fast market entry with your application.
NIRONE Sensor S
- plug and play
- fast and robust
- ready to connect with database
- need to select the right range
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 sensors are designed for system integrators for creating leading-edge products based on our smart NIR sensor platform. Compact sensors include two integrated light sources, NIR sensor, read-out and driving electronics and built-in intelligence, which guarantees extremely stable output even for the most demanding industrial or consumer applications. The spectral sensor can easily be adapted to your measurement needs with suitable front optics. A single electrical connector (I2C communication) makes the sensor easy to integrate into your own electronics, whenever needed.
- cloud database ready
- less integration posibilities
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. A vital part of the NIRONE Scanner is an intelligent cloud for fast data collection and analysis. The platform is scalable up to thousands of sensors, and through our turnkey solution, you can achieve a fast go-to-market and avoid initial investments. Our award-winning technology and committed team of experts will help you every step of the way in taking your material sensing product to the next level.
NIRONE liquid scanner
- handheld and wireless
- stable and repeatable
- no liquid databases yet
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. With the help of our solutions and services, data models can be developed for many liquids.
- database development
- rules out variances
- ready to start
- need knowledge or guidance to make your own database
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 core of the NIRONE Lab system are eight Spectral Engines’ Near Infrared (NIR) spectral sensing modules combined with mobile and cloud connectivity to enable fast mass data management. NIR-spectrometers are widely used in many fields to measure material content and have a proven track record in getting highly accurate measurement data in laboratory conditions - but in case of NIRONE sensors in a small, robust, and inexpensive way. Optical reading requires no sample preparation and does not alter the sample in any way. The system can be operated by easily trained personnel to acquire a reference library of high-volume material in a quality assurance laboratory. Our solution enables the data gathering with a statistical distribution of spectra, without operator errors and it runs without continuous monitoring.
Official partner of Spectral Engines
Spectral Engines: Pioneering the Future of Spectral Sensing Technology with Innovative and Stable MEMS Technology. A leading provider of advanced spectral sensing solutions that are transforming industries worldwide. We specialize in harnessing the power of spectroscopy, enabled by our innovative and stable MEMS (Micro-Electro-Mechanical Systems) technology, to deliver unprecedented accuracy, reliability, and efficiency. The cutting-edge technology is built upon the principle of analyzing the interaction between light and matter to extract valuable information about the composition, properties, and quality of materials. At the heart of our solutions lies our state-of-the-art MEMS technology, which offers several advantages over traditional sensing approaches. The MEMS technology brings a unique combination of miniaturization, high performance, and robustness to the table. By integrating micro-scale mechanical systems with optical components, we have created compact, reliable, and cost-effective devices that deliver exceptional spectral sensing capabilities. This innovation opens up new possibilities for various industries, allowing for portable, real-time analysis and monitoring in previously inaccessible environments.