Spectral-optical real-time assessment for flexible materials
Innovative spectral-optical technology utilizes inverted spectroscopy to assess geometric and chemical properties of flexible materials in real-time. Offers handheld or in-line applications for efficient analysis without complex sensors.
Overview
The spectral-optical real-time assessment technology from Compolytics offers a novel approach to evaluating flexible materials by leveraging inverted spectroscopy. This method allows for the detection of both chemical constituents and geometric substructures, such as fiber diameter and crimp, without relying on expensive spatial resolution sensors. Ideal for industries requiring detailed material analysis, this technology can be used as a handheld scanner or integrated into production processes, providing efficient and accurate assessments.
Technical specifications
The core innovation utilizes a sequence of monochromatic LEDs arranged in a circle, eliminating the need for narrow-band pass filters by using wide-band phototransistors. This setup supports angular spectroscopy, enabling comprehensive analysis through repeated LED sequences. The technology is adaptable for different applications, offering flexibility in deployment as either a portable device or an automated inline sensor. Without moving parts, the system promises long battery life and suitability for harsh environments.
Technology readiness level
Currently at TRL 6, the technology has been validated in various industrial applications, though further exploration is needed for specific applications. Future validation plans include proof of concept testing with contrasting samples and the development of a spectral database with machine learning models to enhance material property assessments.
About Compolytics
Compolytics GmbH is a German-based technology company that specializes in innovative sensor technologies and physics-aware machine learning for industrial and consumer applications. The company develops and markets mobile and benchtop sensor technologies, including its proprietary ScanCorder line, which utilizes a unique measurement principle called inverted spectroscopy. This approach reverses traditional spectroscopy by using sequential monochromatic lighting and photodetectors to enable non-invasive, real-time biochemical analysis through hyperspectral and multispectral optical sensing. The company also integrates its hardware with a software ecosystem, CICADA, which includes a cloud-based dashboard and a blockchain-based smart contract framework for Software-as-a-Service monetization.
These solutions are designed to provide cost-efficient, flexible, and high-precision analytical capabilities for industries such as manufacturing, food processing, and agriculture. By offering tailored calibration models and hardware adaptations, Compolytics helps partners and customers address specific measurement challenges in confined or field-based environments. The company actively collaborates on research initiatives involving optical spectroscopy, AI-driven data curation, and microstructure analysis, aiming to enhance the innovation and precision of industrial sensor systems globally.
Inquire about this partnering listing
Looking for
Industry applications
delivered to your inbox.