Electrical Mobility Particle Spectrometer
Advanced Particle Sizing and Counting
The Kanomax EMPS is the ultimate solution for researchers and professionals requiring advanced particle measurement systems.
The Kanomax FMT Electrical Mobility Spectrometer is a state-of-the-art system designed for precise particle sizing and concentration analysis. Combining the advanced Electrical Mobility Particle Classifier (Model 3960) and the ultra-fast Condensation Particle Counter (Model 3950), the EMPS system delivers unparalleled performance in determining particle size distribution and concentration. With a versatile modular design and innovative features, it caters to diverse applications, including environmental monitoring, particle emission studies, and nanotechnology research.
Key Features:
- Broad Measurement Range: High-resolution mode (5.62–316 nm) and wide-range mode (10–562 nm) for versatile analysis.
- Unparalleled Speed: Ultra-fast response time of 20 milliseconds for discrete particle counting.
- Cutting-Edge Technology: Patented charge conditioning for better particle transmission and time-dependent measurements.
- Kanolysis Software Integration: Fully automated control and analysis for enhanced usability and performance.
- Compact and Efficient Design: Small footprint with robust components for stable and repeatable operation.
Applications
Top Applications for Kanomax FMT’s Electrical Mobility Particle Spectrometer
Explore the key applications below:
Environmental and atmospheric monitoring
Achieve precise, real-time gas composition analysis for industrial and research environments.
Combustion and automotive emission studies
Detect and quantify atmospheric gases and pollutants with unparalleled accuracy.
Nucleation and condensation research
Ensure contamination detection and quality control through advanced process gas analysis.
Particle Emission: (Combustion, Automotive
Exhaust/Brakes, etc.)
Analyze volatile organic compounds (VOCs) and process gases essential to pharmaceutical and biotech industries.
Health Science
Conduct isotopic analysis and monitor radioactive gases with precision.
Nanotechnology Materials Research
Conduct isotopic analysis and monitor radioactive gases with precision.
Effortless Particle Classification and Analysis: Neutralizer to CPC in Action
How it works
- Neutralizer (Charge Conditioning):
- The process begins with a patented aerosol charge conditioner (neutralizer) that applies a known low-level distribution of charge to aerosol particles. This ensures consistent charge levels for particles entering the classification stage, improving transmission and residence time for accurate measurements.
- Electrical Mobility Particle Classifier (EMPC):
- The EMPC acts as a particle diameter "bandpass filter." It spatially separates aerosol particles based on their electrical mobility, which is directly related to particle size.
- By varying the electric field (voltage) within the EMPC, only particles of a specific size range can pass through at a time. A size distribution is then generated by scanning through a range of voltages.
- Fast Condensation Particle Counter (FastCPC):
- The particles exiting the EMPC are counted using the FastCPC. It enlarges the particles via condensation growth (using a supersaturated vapor) into micron-sized droplets, which are individually detected by a laser sensor.
- With an ultra-fast response time of 20 milliseconds, the FastCPC provides high-speed and accurate particle concentration measurements.
- Data Collection and Analysis with Kanolysis Software:
- The integrated Kanolysis software allows for full system control, automated analysis, and precise data acquisition. It simplifies operation and enhances overall performance.
The EMPS system is modular, compact, and capable of handling a wide particle size range (5.62–316 nm in high-resolution mode or 10–562 nm in wide-range mode). Its advanced design supports applications like environmental monitoring, emission studies, health sciences, and nanotechnology research.
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