ABB’s FTIR Laboratory Analyzer systems are trusted instruments designed for accurate and efficient gas and liquid analysis. For full product specifications, refer to the ABB laboratory spectrometers page. These FT-IR and FT-NIR analyzers offer fast, reliable testing in QA/QC labs, R&D environments, and at-line settings across the chemical, petrochemical, and life science sectors. They are ideal for laboratories requiring durable, maintenance-free equipment that delivers repeatable results across multiple applications.
The MB3000 series, including models CH90 and PH, specializes in gas analysis and pharmaceutical applications. It features fixed optics, a compact vertical design, and no consumables. ABB’s Horizon MB software simplifies operation, supports CFR Part 11 compliance, and integrates seamlessly with spectral libraries, making data acquisition and validation straightforward.
For applications requiring continuous or inline monitoring, technologies such as FT-IR & FT-NIR Process Analyzers can extend laboratory methods directly into process environments.
Expanding into FT-NIR analysis, the MB3600 series offers liquid and solid testing capabilities through models like CH10, CH20, and HP12. These analyzers are widely used for biodiesel, polyol, PET, and heavy hydrocarbon testing. They enable smooth calibration transfer from laboratory to process environments, improving efficiency and reducing method redevelopment.
All ABB analyzers are built with non-hygroscopic optics, solid-state lasers, and infrared sources designed for long-term performance without purging or routine maintenance. This rugged design reduces total cost of ownership while minimizing operational downtime.
ABB’s FTIR Laboratory Analyzer systems are highly versatile and adaptable. Whether performing routine analysis or developing new methods, they support a wide range of sample types. From polymers and fuels to pharmaceutical compounds and specialty chemicals, they deliver accurate results regardless of complexity.
The intuitive software suite, combined with long-term hardware stability, ensures laboratories can meet quality targets consistently without increasing operational burden.
What sets ABB’s FTIR Laboratory Analyzer systems apart is their proven track record in both academic and industrial laboratories. With strong reproducibility and long-term stability, these analyzers support workflows where precision is critical—from method development to routine QA/QC testing.
For applications requiring complementary ultra-trace gas analysis, technologies such as CRDS Gas Analyzer systems can provide sub-ppb detection of impurities not easily measured by FTIR alone.
Explore more solutions from the ABB analyzer product line to support laboratory analysis, process optimization, and advanced spectroscopy applications.
