EasyPumpVac Accelerated Aging Test: What the FAC-01 Report Actually Shows

Medically Reviewed & Authored by: George King

R&D Manager & Emergency Preparedness Specialist at Fitiger Life LLC.

George specializes in non-clinical intervention systems and institutional safety protocols.

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When a life-safety device sits in storage, readiness becomes a materials, packaging, and quality-control question, not just a performance question.

Our FAC-01 accelerated aging report documents a third-party aging model for the tested EasyPumpVac configuration using YY/T 0681.1-2018 as the test basis. The report records Q10 = 2, TRT = 25°C, TAA = 60°C, and AAF = 11.3. Under that setup, a 1-year real-time equivalent was represented by 33 days of accelerated aging, and a 2-year real-time equivalent was represented by 65 days. The same report also states, clearly, that it provides data only and does not make a determination.

That distinction matters. Accelerated aging is useful evidence, but it is not the whole shelf-life story. In our view, the value of this report is that it documents the aging assumptions and chamber exposure conditions used for the tested configuration. It supports storage-readiness evaluation, but it does not stand alone as a full post-aging functional validation package.

Why this report matters

At Fitiger, our engineering and product safety team does not look at emergency-readiness hardware as something that only needs to work on the day it leaves production.

A choking-response device may spend long periods in a school office, clinic cabinet, wall station, vehicle kit, or family emergency bag before it is ever needed. That changes the engineering question. We are no longer asking only whether the device can function at release. We also have to ask what happens to the stored configuration over time, and whether the packaging and storage assumptions are being documented in a disciplined way.

That is where the FAC-01 report becomes useful. It gives us defined aging inputs and defined chamber-aging intervals instead of vague language about lasting quality. It moves the conversation from general reassurance to documented parameters.

The FAC-01 report identifies the product as a manual negative pressure suction device, lists the inspection item as aging test, and cites YY/T 0681.1-2018 as the inspection basis. It also records the sample as non-sterile, 1 set per box, with the intended application described as using negative pressure to draw gas or solids from the throat area. Most importantly, the report conclusion is not a pass or fail. It states: data provided only, no determination made.

That wording is important because it sets the right evidentiary boundary. This is an aging-parameter report. It is not a complete shelf-life claim by itself, and it is not a stand-alone statement that every storage-related risk has been closed.

The recorded aging model: Q10, TRT, TAA, AAF, and AAT

The attachment pages in the FAC-01 report record the core inputs used in the accelerated-aging model: Q10 = 2, TRT = 25°C, TAA = 60°C, and AAF = 11.3. The report also gives the calculation logic for accelerated aging time, stating that AAT = required RT / AAF. It then records the corresponding time-equivalent exposure windows used in the chamber work.

Table 1. Accelerated aging parameters recorded in report CY2505298N-1

For the 1-year equivalent condition, the report records a desired RT of 365 days, an AAT of 33 days, and an aging window of 2025.05.22 to 2025.06.24. For the 2-year equivalent condition, the report records a desired RT of 730 days, an AAT of 65 days, and an aging window of 2025.05.22 to 2025.07.26.

How to read these numbers in plain English

These terms sound technical because they are technical, but the logic behind them is straightforward.

• Q10 is the temperature-aging assumption used in the model. In this report, it was set to 2.
• TRT is the reference storage temperature, here recorded as 25°C.
• TAA is the elevated temperature used for accelerated aging, here recorded as 60°C.
• AAF is the acceleration factor produced by that model, here recorded as 11.3.
• AAT is the actual chamber-aging time needed to represent the selected real-time interval. That is why the report records 33 days for the 1-year equivalent and 65 days for the 2-year equivalent.

For procurement teams, schools, and families, the practical takeaway is this: accelerated aging is a structured way to simulate time-dependent storage exposure more quickly. It is not a claim that time has been skipped. It is a model-based method for creating defined exposure conditions that can support a broader storage-readiness discussion.

What this report does not prove by itself

• The FAC-01 report does not say the EasyPumpVac automatically passed shelf life.
• It does not say that accelerated aging alone is enough to establish a final storage claim.
• It does not say that all post-aging functional, packaging, transport, or seal-related questions have already been answered.
• And it does not provide a pass/fail decision. The report says data only, no determination.

That is also consistent with broader device shelf-life practice. Accelerated aging can be useful support evidence, but it is typically paired with the rest of the validation logic needed for storage, packaging, and expiration-related claims. In our own engineering view, this report is best read as a storage-readiness evidence document, not as a stand-alone conclusion about every post-aging performance question.

Why storage-readiness evidence matters for EasyPumpVac

In anti-choking and airway-clearance categories, too much product writing focuses only on visible action: suction, response, speed, deployment.

That is only half the picture. A rescue device can spend far more time being stored than being used. If a company talks only about use and never about storage, packaging, or aging assumptions, the technical picture is incomplete. That is why we publish and explain this kind of data. Not because one report says everything, but because readiness starts with documented assumptions, controlled models, and a clear description of what the evidence actually covers.

When storage-readiness evidence is written clearly, readers can evaluate it more easily. Numbers such as Q10, TRT, TAA, AAF, AAT, chamber duration, and report scope make the discussion more concrete than vague phrases like “long-lasting quality” or “built to last.”

What to remember

FAQ

What does the FAC-01 aging report actually show?

It shows the recorded accelerated-aging assumptions and chamber-exposure conditions for the tested FAC-01 configuration, including Q10, TRT, TAA, AAF, and AAT, along with the actual aging windows for the 1-year and 2-year equivalent conditions.

Why are 33 days and 65 days important?

Because under the model recorded in the report, 33 days at 60°C represented the 1-year equivalent, while 65 days at 60°C represented the 2-year equivalent for the tested setup.

Does accelerated aging alone establish shelf life?

Not by itself. It is useful evidence, but broader validation logic is still needed for full storage-readiness or shelf-life substantiation.

Does this report issue a pass/fail conclusion?

No. The report explicitly states that it provides data only and does not make a determination.

Why does storage readiness matter so much for a choking-response device?

Because the device may remain stored for long periods before it is ever needed. That makes packaging behavior, storage conditions, and time-related readiness part of the engineering conversation, not an afterthought.

Compliance & Technical Disclaimer

This article is for engineering, product-safety, and emergency-preparedness education only. It is not medical advice. The FAC-01 report discussed here is an accelerated-aging report that documents model assumptions and exposure conditions for the tested configuration; it is not, by itself, a complete shelf-life validation package or a pass/fail determination. Standard first-aid response, local emergency protocols, and emergency medical services remain essential.

Resources

• FDA guidance on shelf life of medical devices
• FDA safety communication on anti-choking devices
• FDA De Novo order for suction anti-choking device as a second-line treatment (DEN250012)
• Fitiger FAC-01 accelerated aging inspection report CY2505298N-1 - Internal report on file