Micromeritics Instrument Corporation has an auxiliary selection of OEM laboratory instruments to complement its line of particle characterization products

Nano Plus

DLS Nano Particle Size and Zeta Potential Analyzer. 
The NanoPlus is a unique instrument providing particle size measurements of samples suspended in liquids whose particle size range is in the sub-micron to nanometer ranges. The NanoPlus has a size measurement range of 0.6 nm to 10 μm with concentrations of sample suspensions from 0.00001% to 40%. The NanoPlus also has the capability of measuring the zeta potential of sample suspensions in the -200 mV to +200 mV range with concentrations from 0.001% to 40%.  
The NanoPlus is a compact instrument providing many significant features to the user. The high performance with extended analysis range along with intuitive software and sample cells provides the user with an easy to use instrument.There are three models available:

  • NanoPlus-1 – nano particle sizing instrument
  • NanoPlus-2 – zeta potential instrument
  • NanoPlus-3 – combination nano particle sizing and zeta potential instrument



The H.E.L. Limited Subsieve AutoSizer (SAS) is a new addition to the established field of air-permeability particle sizing. It has been developed as a direct and improved successor to the widely used Fisher Model 95 Sub-Sieve Sizer (FSSS). The SAS adds automated functions, and electronically recorded and presented data, to an established particle sizing technique. The SAS uses the principle of pressure drop across a packed bed of powder. By varying the sample height, and hence the “porosity” of the bed, average surface area and particle size can be determined as a function of pressure drop in accordance with the Carmen equation. The SAS measures particle size in the range of 0.2 µm to 75 µm and has a compression accuracy of less than 0.05 mm.

HPVA 100

   The HPVA instruments are designed to measure the high-pressure adsorption isotherms with hydrogen, methane, carbon dioxide and other gases using the static volumetric method. Typical applications for this instrument include catalysts, zeolites, activated carbons, carbon nanotubes, and hydrides. Understanding the adsorption characteristics of materials is critical in the research and advancement of hydrogen storage, fuel cells and batteries stack gas scrubbers, and hydrocarbon traps.The HPVA product operating pressure ranges from high vacuum to 200 bars. The span of the sample temperature during analysis can be from cryogenic to 500 oC. Sample analysis data collection is fully automated to assure quality data and high reproducibility.

  • Pressure Ranges from ultra-high vacuum to 200 bars.
  • Temperatures from cryogenic to 500 °C. Excellent control of sample temperature by means of a constant temperature bath.
  • Fully automated analysis and sample evacuation.
  • Excellent data reproducibility.
  • Handles typical adsorbates such as Nitrogen, Hydrogen, Methane, Argon, Oxygen, Carbon Monoxide, and Carbon Dioxide.
  • Comprehensive Data Analysis Package using Microsoft® Excel® macros for data processing and graphing.
  • Software includes NIST RefProp Database 23

 MA-1040 Magnetic Analyzer

   The MA-1040 Magnetic Analyzerdetects and measures low levels of metallic iron content in sample materials. Whether it be ultra high-purity glass used in the manufacture of fiber optics or plastic used to produce insulation for electrical wires, knowing the concentration of metallic iron in the raw material is critical to controlling the quality of the finished product.Particulate Systems’ MA-1040 Magnetic Analyzer incorporates modern electronics and features 0.1 parts-per-million (ppm) resolution, a wide dynamic range, and low power consumption. Other improvements include reduced mechanical pick-up (microphonics) and mu-metal shielding of the sensing coils.

SPECTester Material Segregation Tester


SPECTester Applications


 SPECTesterMaterial Segregation Tester – Using state-of-the-art spectroscopic technology, the innovative SPECTester is capable of analyzing a sample comprised of up to six individual components and provides a simple report indicating why and how much the sample material is segregating. Fully automated, the instrument provides data about component concentrations, particle size differences, and product uniformity.Most manufactured products today are mixtures of several components. Generally, the individual ingredients in a mixture will separate (segregate) during the manufacturing process which results in an inconsistent final product. Segregation, or separation, of granular powder materials is one of the main causes of process failure with systems that handle powder materials. Conservative estimates suggest up to 30% of all unscheduled downtimes are due to segregation and quality issues.Key features of the SPECTester include:

  • Measurement of mixtures with up to six components
  • Fully-automated operation with reports of how much as well as why the material mixture is segregating
  • Touch screen / keypad control
  • Provides component concentrations, particle size differences, and product uniformity
  • Identifies primary segregation mechanism out of four specific types
  • 50 segregation points measured across the sample bed
  • Segregation identified by particle size, sifting, fluidization, angle of repose, chemical component, and air entrapment
  • Identifies process design parameters and quality control issues
  • Provides uniformity index for sample and segregation variance data
  • Data can be exported to Excel® format
  • Fast analysis – 10 to 30 minutes to complete a run depending on the sample and application
  • CE compliant


   From the perspective of material characterization, the yield strength of a powdered material can be defined as the stress or force required to fracture a pre-compacted consolidated mass of material to initialize flow. Therefore, when determining the flowability characteristics of powdered or granular materials, the yield strength is very important. The sample material will flow as long as the force acting upon the sample to cause the flow of the material is higher than the sample’s yield strength value. This information can be used to determine the flow factor of the material.The SSSpinTester uses the science of centrifugal force to measure the unconfined yield strength of fine powders using a sample amount as small as 60 mg. The instrument provides this data by first consolidating the material using centrifugal force to compress the sample inside the sample holder. After the initial compaction step, the SSSpinTesterthen completes the analysis routine using the same centrifugal force to determine the yield strength of the material. Using the latest advancements in technology, this instrument provides measurements at forces in a range from as low as 0.05 kPa to as high as 72 kPa. This extended pressure range provides actual performance results without the need to extrapolate data leading to inaccurate results. This automated instrument provides repeatable and consistent results. SSSpinTester Features

  • Fast analysis – results in less than fifteen minutes
  • Small amount of sample required – 0.06 grams to 1.00 grams
  • One test acquires full data set – no multiple measurements required
  • Extended pressure range – 0.05 kPa to 72 kPa
  • Fully automated control with software application – provides graphical data reports
  • Direct measurement eliminates the need for extrapolation of data
  • Small footprint requires minimal bench top space
  • Certified CE compliant