Trend Analysis: Differential Pressure
December 10, 2018
Detect potential failures early with our detailed differential pressure trend analysis. This tool visualizes differential pressure measurements over configurable time periods, enabling early detection of clogging or filter breakthroughs. By analyzing these trends, facility managers can optimize replacement intervals and maintain stable conditions effortlessly.
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Trend Analysis: Particle Counts
November 21, 2018
Visualize critical cleanliness data with our Particle Count Trend Analysis. This feature aggregates historical particle data to show long-term performance and compliance with ISO classification limits. Detect subtle shifts in contamination levels before they become excursions, providing the evidence needed for ongoing improvement and confident regulatory reporting.
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Trend Analysis: Air Volume
October 29, 2018
Maintain precise control over your environment by tracking air volume consistency. Our trend analysis tools allow you to monitor airflow rates over time, ensuring that air change rates (ACR) and pressure cascades remain within specified ranges. This visibility is essential for validating the ongoing performance of your HVAC systems.
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Audit Trail
September 26, 2018
Essential prerequisite: Dive deep into your system usage with Audit Trail Analysis. Every relevant action is fully documented, can be specifically retrieved, and thus strengthens your governance strategy.
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Unique Selling Point: Digital Filter Test
August 22, 2018
Our system transforms your filter integrity tests into the digital age - whether integral, via scan test, or static leak tests/local re-measurements: Moqlero supports your SOP. The application controls measuring devices in parallel on the raw and clean air sides, automatically calculating penetration, efficiency, or other acceptance criteria. ISO 14644-3 compliant, of course.
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Method: Laminar Flow Maintenance
July 17, 2018
Ensure the sterility of your critical zones with our Laminar Flow acquisition method. This module facilitates the precise verification of unidirectional airflow velocity and uniformity. By mapping air velocities across the filter face, it generates detailed reports that validate laminar flow conditions are maintained according to GMP guidelines.
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Method: Particle Monitoring
June 23, 2018
Optimize your daily operations with standardized workflows for routine particle monitoring. This method supports both extensive room monitoring and specific UAF/system checks during ongoing operation (in operation). Pre-configured sampling plans and automatic execution ensure that every sample is measured correctly.
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Method: Particle Classification/Qualification
May 19, 2018
Simplify your (re-)qualification/certification process with our automated particle classification module. Developed for the "at rest" state, this method automatically calculates ISO class results based on configured acceptance limits. It generates audit-ready classification reports instantly, reducing the complexity of compliance documentation.
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Method: Particle Gas
April 22, 2018
Ensure the purity of your process media with our specialized particle-in-gas measurement method. This function is dedicated to detecting particulate contamination in gases. It enables the collection of critical data for certification so that your supply gases meet cleanroom standards.
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Method: Overflow / Airflow Visualization
March 01, 2018
Visualize the effectiveness of your containment with our airflow direction (smoke test) documentation method. This tool enables the structured recording and reporting of overflow studies. By confirming correct flow patterns, you verify that, for example, potential contamination is effectively directed away from critical product areas.
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History: Kick-Off Parmess Version 1.0 2004
January 28, 2018
Looking back at our heritage: In 2004, we launched Parmess Version 1.0, introducing one of the very first digital particle measuring systems to the market. This pioneering innovation laid the technological foundation for modern monitoring, shifting the industry from paper-based manual recording to the secure, automated digital workflows we rely on today.
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