top of page

IonRanger

  • All in one solution based on the Half-Mini DMA, optimal for nanoparticles <30nm, usable up to 40nm

  • Coupled with DuoPole, bipolar electrospray chamber for optimal performance

  • Plug and play, only AC power needed
     

  • Half-Mini DMAs are widely used in literature

  • Contact for quote​

Literature on Half-Mini

  • A bipolar electrospray source of singly charged salt clusters of precisely controlled composition

  • Technical note: Characterization of a Half-Mini DMA with 38 nm viral particles

  • ​Expanded flow rate range of high-resolution nanoDMAs via improved sample flow injection at the aerosol inlet slit

  • Hand-held differential mobility analyzers of high resolution for 1–30 nm particles: Design and fabrication considerations

  • Application of Half Mini DMA for sub 2 nm particle size distribution measurement in an electrospray and a flame aerosol reactor

  • Challenges of measuring nascent soot in flames as evidenced by High Resolution Differential Mobility Analysis

  • Numerical modeling of the performance of high flow DMAs to classify sub-2 nm particles

  • Solid Nucleation Mode Engine Exhaust Particles Detection at High Temperatures with an Advanced Half Mini DMA 2019-24-0052

  • Characterization of a high-resolution supercritical differential mobility analyzer at reduced flow rates

  • Laboratory verification of a new high flow differential mobility particle sizer, and field measurements in Hyytiälä

  • Transmission of charged nanoparticles through the DMA adverse axial electric field and its improvement 

NanoRanger

  • All in one solution based on the Perez-DMA instrument, optimal for <140nm (thin) and <280nm (fat), usable within 1-300nm

  • Coupled with DuoPole, bipolar electrospray chamber for optimal performance

  • ​Plug and play, only AC power required.
     

  • Contact for quote

Literature on Perez-DMA

  • A high resolution differential mobility analyzer for the study of large virus particles

  • A singularly narrow 29 nm aerosol size standard based on the ΦX174 bacteriophage

  • Exceeding a resolving power of 50 for virus size determination by Differential Mobility Analysis

  • Singularly narrow viral size and mobility standards from the 38.3 nm chronic bee paralysis virus and its 17.5 nm satellite

  • A high resolution DMA covering the 1–67 nm size range

  • Technical note: Characterization of polystyrene latex spheres 300 nm in diameter with a singularly narrow size distribution

  • ​Singularly narrow size distributions of 200 nm polystyrene latex spheres determined by high resolution mobility analysis

  • ​Spontaneous Interconversion between Different Narrowly Defined Shapes of Rotavirus Double-Layered Particles Studied in Real Time by High-Resolution Mobility Analysis

  • Transfer function and transmission measurements of the Perez differential mobility analyzer (DMA) at moderate sheath flow rates

instrument.jpg

NanoRanger with all you need to run it: computer, vial with your sample, AC plug and ambient air.

bottom of page