Compare SCPUR systems for routine HEPA production screening and MPPS-related HEPA or ULPA testing. The required particle range, detector sensitivity, airflow and scanning arrangement depend on the filter class and test objective.
Designed for high-efficiency HEPA and ULPA filters requiring particle measurement from 0.1 μm, MPPS-related efficiency evaluation and sensitive local penetration scanning.
The final configuration depends on the filter class, dimensions, airflow, expected penetration and required production throughput.
Designed for routine factory efficiency and leak testing of finished HEPA filters using a 0.3 μm particle-measurement configuration. The applicable test method and acceptance criteria should be defined according to the customer’s production requirements.
Reliable particulate control for semi-critical industrial areas and HVAC final stages, protecting downstream cleanroom systems.
Automatic efficiency measurement and local leak scanning for finished H13 and H14 filters used in cleanroom, pharmaceutical and other controlled applications.
Precise MPPS efficiency mapping and sub-micron scanning for critical semiconductor and pharmaceutical applications.
Automated scanning for EPA, HEPA, and ULPA filters to verify local integrity and detect leaks.
Global standard for determining leakage of filter elements via scan method.
Overall filter-element efficiency or penetration measurement at the required particle size or MPPS. Filter testing does not by itself verify the cleanliness class of the installed room.
Automated production testing for HEPA and ULPA filters, supporting consistent quality control according to EN 1822 and ISO 29463.
Validating HEPA and ULPA filters for wafer fabrication and other high-cleanliness manufacturing environments.
Supporting GMP-compliant cleanrooms with validated HEPA integrity testing and traceable inspection records.
SCPUR provides remote diagnostics, operating guidance, training resources and technical support to help customers maintain stable system operation.
Our technical team provides remote assistance to review system status, operating parameters and fault information, helping customers identify and resolve operational issues efficiently.
Remote diagnostics, parameter review and reference-filter verification help identify system issues and reduce unnecessary service delays. Required instrument calibration remains subject to the applicable calibration and traceability procedures.
When a test standard is revised, SCPUR evaluates its impact on test procedures, software, instruments and hardware. Where changes are required, an appropriate upgrade solution can be provided.
Multi-language software interfaces, operating manuals and video tutorials help operators learn the system and perform routine tests more consistently.
Our experts are ready to engineer a custom solution for you. Tell us about your project, and let’s verify your quality with precision and speed.
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Unsure which international standard applies to your project? Speak with our senior engineers for a personalized technical assessment based on our 10-year industry expertise.
