What does the DP-500 measure for defense applications?
It characterizes diffusional gas flow through critical porous structures, giving defense teams quantitative data for media design, supplier qualification and lot acceptance.
M19 Diffusional Permeability Analyzer (DP-500) for defense — AI-based, ultra-high-precision testing. Standards: PDA TR26, ISPE GAMP 5.
Model: DP-500 · Industry: Defense
The M19 Diffusional Permeability Analyzer (DP-500) measures diffusional gas flow through critical porous structures for materials used across defense and protective systems. Configured for military specifications, protective media qualification and supply-secure indigenous instrumentation, it delivers repeatable, audit-ready data so defense teams can qualify media, accelerate development and defend specification decisions. Referenced to PDA TR26, ISPE GAMP 5, the platform combines precise hardware control with electronic records suitable for regulated and industrial quality systems.
| Specification | Value |
|---|---|
| Flow range | 0.01 – 500 sccm |
| Pressure | Up to 7 bar |
| Configuration | 1–8 positions |
| Data | PoreSense cloud |
It characterizes diffusional gas flow through critical porous structures, giving defense teams quantitative data for media design, supplier qualification and lot acceptance.
Typical references include PDA TR26, ISPE GAMP 5. Method templates can be aligned to your internal SOP and customer specifications.
Electronic signatures, tamper-proof audit trails, role-based access and PDF/CSV export support regulated and industrial quality workflows, including LIMS hand-off.
Yes — sample holders, pressure/flow ranges and report templates can be configured for defense-specific media and acceptance criteria.
Make-in-India / USA build delivers faster service, spare-parts availability, lower cost of ownership and easier customisation — with extended warranty options.
Book a demo with your sample set, download the brochure, or request a quote for an industry-configured system with IQ/OQ documentation support.