Ruth Haines
The Omnipod® Insulin Management System is comprised of two primary components: the insulin pump (Pod) and a remote controller, also known as the Personal Diabetes Manager (PDM). The Pod is controlled exclusively through the use of the PDM. The Omnipod DASH® System is safe to use at atmospheric pressures typically found in airplane cabins during flight and can safely pass through airport X-ray machines. However, some users have reported that they prefer to ask for a pat down during security screenings.
| Characteristics | Values |
|---|---|
| Can Omnipod PDM go through airport security? | Yes, the PDM can go through airport security. However, some users have reported that they have asked for a pat down instead. |
| Can the Omnipod PDM go through airport X-ray machines? | According to the official Omnipod website, the PDM can safely pass through airport X-ray machines. However, some users have expressed concerns about this and suggested asking for a pat down or hand inspection instead. |
| Can the Omnipod PDM be affected by airport security? | The Omnipod PDM can tolerate common electromagnetic and electrostatic fields, including airport security. |
| Can the Omnipod PDM be used during the flight? | Yes, the Omnipod DASH System is safe to use at atmospheric pressures typically found in airplane cabins during flight. However, it should not be used at low atmospheric pressure (below 700 hPa). |
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What You'll Learn
- The PDM and Omnipod can go through security without damage
- The PDM and pod can pass through airport X-ray machines
- The PDM and pod are safe to pass through metal detectors
- The PDM and pod can be affected by strong radiation or magnetic fields
- The PDM and pod are safe to use at typical airplane cabin pressures
The PDM and Omnipod can go through security without damage
The PDM and Omnipod can go through airport security without damage. According to the official Omnipod website, the Pod and PDM can safely pass through airport X-ray machines and common electromagnetic and electrostatic fields, including airport security. This is because the PDM and Pod interact using low-power, bi-directional radio frequency (RF) communication, which is not affected by airport security measures.
However, it is important to check your airline's policy regarding the use of Personal Medical Electronic Devices that communicate using Bluetooth technology. If Bluetooth is allowed, you should still set your PDM to airplane mode while on the plane, as this will disable Wi-Fi connectivity. Additionally, the Omnipod DASH® System should not be used at low atmospheric pressure (below 700 hPa) or in oxygen-rich environments, so it is important to consider your travel itinerary and destinations when using the device.
Some users have reported that they prefer to request a pat-down inspection of their devices and person at airport security, rather than passing through X-ray machines. This is because the Dexcom website, for example, states that their devices have not been tested with all types of airport security equipment, and so they cannot guarantee their safety. However, other users have reported passing through full-body scanners and X-ray machines with their PDM and Omnipod multiple times without issue, and state that security staff are generally accommodating of medical devices.
In summary, while the official guidance states that the PDM and Omnipod can safely pass through airport security, individual preference may vary, and it is important to be aware of your airline's policies regarding the use of electronic medical devices.
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The PDM and pod can pass through airport X-ray machines
The Omnipod DASH® System is safe to use at atmospheric pressures typically found in airplane cabins during flight. The system can be used at atmospheric pressures as low as 700hPA, which is lower than the typical pressure in airplane cabins. The PDM and pod may be affected by strong radiation or magnetic fields. Before having an X-ray, MRI or CT scan, remove and dispose of your pod and place your PDM outside the treatment area.
Some people have reported that they have had no issues with passing through airport X-ray machines with their PDM and pod. However, others have noted that Dexcom advises against it, and that they request a pat down instead. The Dexcom website states that they cannot test all of the different types/brands of equipment used at airport security, so they advise against putting your Dexcom through an X-ray machine.
The official Omnipod website states that the PDM and pod can safely pass through airport X-ray machines.
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The PDM and pod are safe to pass through metal detectors
The PDM and pod can safely pass through airport X-ray machines. The Omnipod DASH® System is safe to use at atmospheric pressures typically found in airplane cabins during flight. The system can be used at atmospheric pressures as low as 700hPA, which is lower than the typical pressure in airplane cabins. Before flying, it is important to check your airline's policy regarding the use of Personal Medical Electronic Devices that communicate using Bluetooth technology. If the use of such a device is allowed, set your PDM to airplane mode while on the plane.
The PDM can be used to control the pod wirelessly using Bluetooth technology, and it is safe to pass through airport security and metal detectors. It is important to note that the PDM should be woken up periodically to confirm that there are no notification or alarm messages that require a response. Additionally, the PDM periodically checks for software updates if Wi-Fi is on.
While the PDM and pod can safely pass through metal detectors, some people may prefer to request a pat-down inspection for their Dexcom supplies due to concerns about potential damage or interference from X-ray machines. This is because Dexcom has not tested all types and brands of equipment used in airport security, so they cannot guarantee the safety of their devices. However, other users have reported experiencing no issues with passing through metal detectors and security scanners with their PDM and pod.
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The PDM and pod can be affected by strong radiation or magnetic fields
The Omnipod PDM and pod can be taken through airport security. However, it is important to note that the devices may be affected by strong radiation or magnetic fields. While the PDM and pod can tolerate common electromagnetic and electrostatic fields, including airport security and cellular phones, it is recommended to take certain precautions when travelling.
Firstly, check your airline's policy regarding the use of Personal Medical Electronic Devices that communicate using Bluetooth technology. If the use of such devices is permitted, set your PDM to airplane mode while on the airplane. It is important to note that the Bluetooth setting remains enabled in airplane mode, allowing communication with the pod and BG meter. Additionally, the Omnipod DASH® System is safe to use at atmospheric pressures typically found in airplane cabins during flight.
When passing through airport security, you may choose to request a pat-down inspection instead of using the full-body scanners. This is because the scanners may detect the PDM and pod as foreign objects, leading to further inspections. By informing the security personnel of your medical device and insulin, you can avoid any potential issues.
In the case of undergoing an X-ray, MRI, or CT scan, it is recommended to remove and dispose of the pod and place the PDM outside the treatment area, as the radiation and magnetic fields may interfere with the devices' functionality.
Overall, while the Omnipod PDM and pod can generally be taken through airport security, it is important to be cautious and follow the recommended guidelines to ensure the safe and effective use of the devices.
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The PDM and pod are safe to use at typical airplane cabin pressures
The Omnipod DASH® System is safe to use at typical airplane cabin pressures. The system can be used at atmospheric pressures as low as 700 hPa, which is lower than the typical pressure in airplane cabins. This means that the PDM and pod are safe to use at the atmospheric pressures usually found in airplane cabins during flights.
However, the Omnipod DASH® System should not be used at low atmospheric pressure (below 700 hPa). Such low atmospheric pressures can be encountered at high elevations, such as when mountain climbing or living at elevations above 10,000 feet (3,000 meters). The pod and PDM may be affected by strong radiation or magnetic fields. Before having an X-ray, MRI or CT scan, remove and dispose of your pod and place your PDM outside the treatment area.
The pod and PDM can safely pass through airport X-ray machines. The pod and PDM can tolerate common electromagnetic and electrostatic fields, including airport security. The PDM controls the pod using Bluetooth wireless technology. Before flying, check your airline's policy regarding the use of Personal Medical Electronic Devices that communicate using Bluetooth technology. If the use of such a device is allowed, set your PDM to airplane mode while on the airplane. The Bluetooth setting remains enabled in the PDM's airplane mode, so you can communicate with your pod and BG meter.
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Frequently asked questions
Yes, the PDM can pass through airport security and x-ray machines. However, it is recommended to check with your airline regarding the use of Personal Medical Electronic Devices.
Yes, inform the security personnel that you are wearing a medical device and request a pat-down inspection if you prefer to avoid the scanners.
No issues have been reported with passing through security scanners or metal detectors. However, some users have reported being flagged for explosive residue checks.
