INVENIO productive FTIR spectrometer

Significance of Topic

Fourier-transform infrared (FTIR) spectroscopy is widely used for molecular identification and quantification in applications ranging from quality control and materials characterization to environmental and life science research. Its non-destructive, rapid analysis capabilities make it indispensable for routine laboratories as well as advanced research and development.

Objectives and Article Overview

This brochure presents the INVENIO FTIR spectrometer by Bruker, designed to maximize productivity, accuracy and smart connectivity. It outlines the system's adaptability to diverse sampling challenges, streamlined workflows and long-term performance guarantees.

Methodology and Instrumentation

The INVENIO platform integrates advanced FTIR methodology and modular instrumentation components:

• RockSolid interferometer: wear-free scanner ensuring spectral stability
• CenterGlow IR source: optimized light throughput with minimum 5-year service life
• MultiTect detector unit: up to five selectable room temperature or cooled detectors
• Automated sampling accessories: ATR, multi-angle reflection, imaging microscope, microplate extension
• Transit channel: parallel setup of two experimental configurations
• OPUS software with OPUS TOUCH: guided workflows and touch screen operation
• PermaSure and PerformanceGuard: continuous self-tests and performance monitoring

Main Results and Discussion

Performance evaluations demonstrate exceptional spectral resolution (better than 0.16 cm-1), broad spectral coverage (15 to 28000 cm-1) and high sensitivity for detecting weak or low concentration bands. Automated alignment and calibration routines ensure reproducible results with minimal operator intervention. The modular architecture allows fast switching between sources, detectors and sampling modes without manual realignment.

Benefits and Practical Applications

Key advantages of the INVENIO system include:

• High throughput: predefined routines reduce analysis time in quality control and high throughput screening
• Flexibility: support for solids, liquids, pastes, gases and micro samples
• Connectivity: integrated touch PC, wireless or LAN connectivity for remote data access
• Regulatory compliance: automated OQ/PQ tests and compliance with 21 CFR Part 11, cGMP, GLP and major pharmacopoeias
• Longevity: extended warranties for critical components lower total cost of ownership

Future Trends and Potential Applications

Emerging directions include integrating high throughput microplate analysis with chemometric quantification, expanding time resolved spectroscopy applications such as step scan and rapid scan TRS, coupling FTIR with complementary techniques like Raman, TGA or spectroelectrochemistry via external ports, and leveraging AI driven data interpretation for real time process monitoring and automation.

Conclusion

In summary, the INVENIO FTIR spectrometer combines robust hardware, adaptive accessories and intuitive software to deliver reliable, high performance infrared analysis across a wide range of applications. Its modular design, automated workflows and continuous performance monitoring make it a versatile platform for current and future analytical challenges.

Reference

Brochure: INVENIO - The productive FTIR spectrometer, Bruker Optics, 2018.