Pharmaceutical aperture analyzer

AutoPoreVPharmaceutical aperture analyzer

Mercury injection analysis technology is based on the method of injecting mercury into pore structures under precisely controlled pressure. In addition to the advantages of speed, accuracy, and wide analysis range,Pharmaceutical aperture analyzerIt also allows users to calculate numerous sample characteristics, such as pore size distribution, total pore volume, total pore specific surface area, median pore size, and sample density (bulk density and skeleton density).

AutoPoreV seriesPharmaceutical aperture analyzerProvide faster and more accurate measurements for materials with wide aperture distributions compared to other methods. The instrument highlights enhanced safety performance while also adding new data processing and reporting options, providing more information on material pore geometry and fluid permeability.

Pharmaceutical aperture analyzerOperational advantages

•Capable of measuring pore diameters ranging from 0.003 to 1100 µ m

•Within the pressure range of 0.2psi to 50psi, a slight pressure increment of 0.05psi can be provided, allowing for detailed data collection within the large pore range

•The high-resolution (below micro upgrade) analysis mode can accurately measure the volume of mercury in and out of the sample, allowing users to develop more stringent sample specifications, improve product processes, and obtain high-quality research and development data

•Three operation modes: fast scanning, time or mercury injection rate balance

•Real time diagnosis can provide information on critical states or issues that may harm the analysis results

•Collect higher resolution data, with mercury injection and removal volumes accurate to less than 0.1 μ L

•Improved linear closure method for high-pressure chamber

Pharmaceutical aperture analyzerDesign advantages

•Higher safety level, reducing the risk of mercury spillage and operator exposure

•There are 4 low-voltage stations and 2 high-voltage stations to provide high-throughput measurement samples

•High pressure options: 33000psi or 60000psi

•Low noise high-pressure generation system

•Quick scan mode allows continuous pressure increase to near equilibrium and provides quick filtering

•The selection of baseline correction process (automatic, differential or manual) can correct the compression and thermal effects caused by high pressure and provide more accurate analysis results

•Users have two options for boost mode: high analysis speed or on-demand scanning mode; Balanced mode for higher precision and more detailed results

•Mercury temperature sensor used for expansion meter calibration allows for automatic calculation of mercury density

•MicroActive software allows for interactive manipulation of data, customization of reports, and quick access to analysis results

•Compensation for material compression under high pressure analysis

Pharmaceutical aperture analyzerfour models

The AutoPoreV series of products includes four models to meet the needs of quality control and laboratory research and development characteristics.

AutoPore's MicroActive software

Intelligent, intuitive, and interactive

The improvement of MicroActive software in terms of functionality, convenience, diagnosis, and data analysis has established high performancePharmaceutical aperture analyzerThe new standard.

Method Wizard

By using interactive scripts, gradually establishing methods becomes easier and more convenient for new usersuse.

Mercury density calculation

Unlike similar systems that only use mercury density at ambient temperature,AutoPoreV automatically measures the true density of mercury at actual operating temperatures for more accurate density calculations.

User defined reports and report options

By using the Python scripting language, custom reports can be quickly created to meet specific needs. New report options allow automatic conversion of reports to PDF or spreadsheet format.

Post analysis of parameter changes

Allow for post analysis to change or correct analysis parameters (capillary volume, high pressure head, dilatometer constant), avoiding the need to retest samples due to parameter errors.

Data Processing of Reverberi Method

Obtain information from the distribution of pore shapes and generate three-dimensional data of pore size and throat size versus volume.

Diagnostic control surfaceboard

The key part of the real-time monitoring system is used for performance diagnosis and troubleshooting.

Enhanced expansion meter calibration

The calibration of the expansion meter is simplified by automatically calculating volume or weight.

Intelligent Data Report

Multiple charts

Pore volume, pore area, and pore size can also be calculated to obtain the total mercury injection volume, total pore (surface) area, median pore size, average pore size, bulk density, and apparent (skeleton) density