Compact NIR
spectrometers as mini-laboratories
Near-infrared spectrometers (NIR spectrometers) are analytical tools that measure the interaction of near-infrared light with a sample and thus provide insights into its molecular structure and composition.
Advantages over related technologies
- Penetrates deeper than UV spectrometers.
- Provides different information than MIR spectrometers and measures significantly faster (2-3 seconds compared to 20 seconds for MIR spectrometers).
Areas of application and technological highlights
These spectrometers are used in various industries:
- Food industry: composition and quality control.
- Recycling industry: Sorting of materials according to their chemical composition.
- Education and science: research and teaching.
- Production: process control and quality assurance.
- Medicine and biosciences: pharmaceutical analysis and diagnostics.
The importance of small NIR spectrometers
Compact NIR spectrometers are crucial for on-the-go spectral measurements and enable real-time analysis without laboratory transportation, which is beneficial for agriculture, food and pharmaceutical industries as well as environmental monitoring.
These devices provide precise and reliable analyses and support quality control, process monitoring and research and development.
Our solutions: Inno Spectra and trinamiX
Both products are equipped with unique advantages:
Inno Spectra is versatile and adaptable, suitable for different needs and requirements, while trinamiX offers ready-to-use applications tailored to specific industries, ensuring convenience and efficiency.
Whether you are looking for versatility and customization or industry-specific applications: We have the right NIR spectrometer for your requirements.
Applications
The compact NIR spectrometers offer powerful applications for a wide range of industries. This makes our solutions indispensable helpers
- for the fast and reliable determination of batch variations,
- competition analysis or
- in the sorting of production waste.
Typical questions are:
- Is it substance A, B or C?
- Are the delivered goods still within the predefined fluctuation?
Individual applications can also be used to solve tasks such as:
- Determination of the content of substance A in B