High-Quality Aerosol Analysis Instruments for Scientific Research

Kanomax FMT empowers scientists and researchers with advanced aerosol analysis instruments engineered for precision, reliability, and ease of use. Designed to meet the evolving needs of environmental research, climate studies, and nanotechnology applications, our tools deliver accurate measurements of airborne nanoparticles and aerosols. With a deep commitment to innovation and research support, Kanomax FMT provides the flexibility and performance required to advance aerosol science in academic, government, and industrial labs.

• Unmatched Precision and Sensitivity: Aerosol research often requires the measurement of ultra-fine particles down to the nanoscale. Our instruments are engineered with advanced technologies to capture even the smallest particle distributions, allowing researchers to measure concentrations, size distributions, and compositions with unmatched accuracy.
• Customizable for Diverse Applications: Our portfolio is designed to be versatile, supporting a wide range of aerosol studies from nanoparticle generation to atmospheric research. The NanoAerosol Generator allows for controlled and reproducible particle production, while the EMPS and PAMS are ideal for analyzing particle mobility and size distribution in various environments.
• Portable and Flexible Tools for Field and Lab Use: With compact and portable designs, our instruments enable seamless transitions between lab-based experiments and field research. The Portable Aerosol Mobility Spectrometer, for example, provides the flexibility needed for in-situ measurements without sacrificing precision, making it ideal for both indoor and outdoor studies.
• Cutting-Edge Innovation in Aerosol Measurement: Kanomax FMT is constantly innovating to support aerosol researchers with tools that anticipate industry trends and evolving scientific needs. Our products are trusted by universities, research institutions, and private industry leaders who rely on precise aerosol measurements for their groundbreaking work.