Products – COMPOLYTICS

COMPOLYTICS^® Tailored Spectroscopy Solutions

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Sequence of tailored light (click on image to start / stop video).

Excellent for solid measurement objects and bulk material
Number of sequential LED channels: typically 12 (configurable), more on request
Number of receiver channels: typically 10 (fixed, several sets available), more on request
Total number of spectral bands: 120 (in general: LED channels x receiver channels)
Spectral range: approx. 350 … 1,000 nm
Measurement principle: reflectance
Measurement time: approx. 2 … 5 sec
Tailored calibration model based on machine learning

ScanCorder with dedicated leaf clip (click on image to start / stop video).

Geometry, handling, and spectral layout optimised for specific measurement tasks
Measurement principle: reflectance or transmission
Tailored calibration model based on machine learning

Extending Compolytics’ unique approach of inverted spectroscopy to provide additional information about the microstructure of the material
Samples are illuminated with an application-specific set of wavelengths, repeated at multiple angles
Both the chemical composition and the microstructure of the sample can be scanned at the same time
Measurement principle: reflectance or transmission
Tailored calibration model based on machine learning

Common predefined wavelength combinations available
Equally distributed bands in specific ranges of electromagnetic spectrum, e.g., VIS, VNIR, NIR
Implementation of common spectral indices, e.g., various vegetation indices
BYO list of relevant spectral bands plus customised design of sensor head
Tailored calibration model based on machine learning to translate spectral raw data into application-specific measures

Specifically developed for measurement of small amounts of liquids
Number of LED channels: from 1 (wide-band, fixed, several sets available) up to 10 (narrow-band, sequential, configurable)
Number of receiver channels: 10 (fixed, several sets available)
Total number of spectral bands: 10 (in general: LED channels x receiver channels)
Total number of measurement bays: up to 6 (configurable, application-specific liquid containers)
Spectral range: approx. 350 … 1,000 nm
Measurement principle: transmission
Measurement time: approx. 1 … 5 sec per measurement bay
Tailored calibration model based on machine learning
Tailored spectral characteristics (e.g., number / position of bands) and liquid containers (e.g., geometry, material, coating) available on request

Specifically developed for measurement in confined environments that are not accessible during the measurement
In principle the same spectral characteristics and calibration models as the handheld sensors
One or multiple borosilicate glass windows with tailored spectral sensor units
Sensor balls use Compolytics’ proprietary Green Sensing technology
Powered by onboard batteries, the sensors are designed to operate for extended periods without recharging
Data transmission via radio technology in the short and medium range, e.g., BT-LE, WiFi, LPWA
Fully waterproof, airtight, and floating; the resulting physical density is aligned with the density of the environment, usually a liquid medium, to ensure that the sensor is neither strongly buoyant and only floats on the surface, nor settles to the bottom
The sensor ball follows the natural movement of the surrounding medium, e.g., flowing with currents or responding to mechanical stirring
Multiple sensor balls can be combined to a sensor swarm
Explored for use in industry-scale continuous stirred tank reactors (CSTRs) in food processing and beyond