Product Announcements: Particle Analyzers

The TEOM® Series 1405 is a family of monitors that provide the opportunity to measure PM-2.5, PM-10, and PM-Coarse simultaneously or separately.

New! The Thermo Scientific Continuous Particulate TEOM Monitor, Model 1405-DF has been awarded US EPA PM-Coarse FEM designation: EQPM-0609-182. Details... (read more)

The highly sensitive sensor, Shinyei Particle sensor PPD20V, detects particles such as smoke, pollen and dust which is larger than 1 micro meter. (read more)

Shimadzu Scientific Instruments introduces a particle size measurement principle called Induced Grating (IG), which allows users to measure nanoparticles with high sensitivity and reproducibility. Shimadzu's new IG-1000 particle size analyzer applies the IG method to measure single nanoparticles. (read more)

Volumetric and Mass Flow Controlled, High Volume Air Samplers for the measurement of Total Suspended Particulate (TSP) or PM-10. (read more)

New! The Thermo Scientific SHARP Monitor, Model 5030 has been awarded US EPA PM-2.5 FEM designation: EQPM-0609-184. (read more)

Watch a short video of how the Micron Air Jet Sieve works. (read more)

If you missed Hosokawa's webinar on Particle Size Analysis and the principles of aerodynamic you can watch it online. This webinar covers different theories of particle analysis, common measurement methods and features of the various instruments. The presentation focuses on aerodynamic sieving, how it works, application fields, features, and how the user may benefit from such a device. (read more)

Enviroptics - Fully automated vision analysis system for unattended analysis and control. Fully automated articulation and focus for unattended observation, analysis, control, and Process Analytical PAT applications. (read more)

Particle Counter, Particle Size 0.3, 0.5, 1, 3, 5 and 10 Microns, Flow Rate 0.1 CFM (2.83 LPM), Display 3.7 In Color LCD with Touch Screen (read more)

Micromeritics' new generation SediGraph III 5120 particle size analyzer combines the proven SediGraph analytical technique with advanced instrumentation features to provide superior repeatability, accuracy, and reproducibility in the size range of 300 micrometers to 0.1 micrometer. In addition, complete particle accountability assures that all of the introduced sample is accounted for. (read more)