APSS 200 Particle Counter0 pages
APSS-200
nnAPSS-200 nnAutomated ParenteralSampling System
The APSS-200 syringe sampling system with SamplerSight-Pharma sizes and counts suspended particulate matter in a wide range of liquids. This system meets and exceeds all current USP <788> requirements and can adapt to future regulatory changes. The APSS-200 system consists of an LS-200 syringe sampler, a LiQuilaz >
volumetric spectrometer, and SamplerSight-Pharma software, which meets the FDA 21CFR-11 ΓElectronic Records and Signatures rulings. >
BENEFITS Defect Reduction
ԕ 100% view volume for greater accuracy and tighter process control A precise sample volume within 0.1 milliliter is achieved with the syringe sampler, producing repeatable results Օ SamplerSight-Pharma software comes with the Validation Information Notebook, providing comprehensive software development documentation >
nnFEATURES
Sizing sensitivities from 2 to 125 microns, standard Օ SamplerSight-Pharma complies with FDA 21CFR-11 Fifteen user-selectable sizing channels Օ Meets and exceeds all USP requirements >
nnUser-Friendly
Sample volumes from 1 milliliter to 1 liter Օ Reduce operator error and ensure process accuracy with recipes, containing sample description, sample volume, flow rates, channel sizes, sample limits, report formats, and storage options Small footprint, compact system Օ Automated sensor calibration Automated sensor calibration takes less than thirty minutes Օ Alarm levels for pass/fail criteria ensure quality control >
nnAPPLICATIONS Comprehensive System
Pharmaceutical parenteral monitoring to USP, BP, JP, and FDA standards Օ Easy-to-use, pull-down menus have context-sensitive help Security password maintains system integrity Օ Parts/medical device cleanliness testing Particle measurements are reported as differential or cumulative counts Օ Laboratory water sampling Filter efficiency testing Օ Small sample volume minimizes waste of expensive product Various report formats are available Օ Small footprint for easy transport from one sample point to another >
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