ALLURING LIPS and Water: What the Rating Actually Allows

By GETAUVE Editorial Team · Published October 22, 2026

ALLURING LIPS and Water: What the Rating Actually Allows

Three minutes under a running tap. Thirty minutes at one meter. Those are different tests.

IPX6 and IPX7 get used interchangeably in reviews. They aren't. Here's what the ALLURING LIPS rating covers, and the three ways people void it.

The Short Answer

ALLURING LIPS carries an IPX7 rating, which means it survives 30 minutes at a depth of 1 meter. That's genuinely submersible, not just splash-resistant, so a bath is within spec and a shower definitely is. What it doesn't cover is hot water, soap-heavy water, or a cracked seam. Rinse it, don't boil it, and dry the charging contact before it goes back in a drawer.

What IPX6 and IPX7 Actually Test

Both come from IEC 60529, the same standard that defines dust and water protection for phones and watches. The second digit is the water number, and it runs from 0 to 8.

IPX6 is a jet test: 12.5-millimeter nozzles spraying 100 liters per minute from 3 meters away for at least 3 minutes. It's built for a device that gets hosed down, not one that gets dropped in a sink.

IPX7 is an immersion test: the device sits 1 meter below the surface for 30 minutes, then gets checked for water ingress. Ten times the exposure time, and a completely different failure mode.

That's the "3x" people quote from spec charts, and it undersells the gap. The tests don't scale into each other. A device can pass one and fail the other.

What ALLURING LIPS Is Rated For

IPX7. In practice, that means the body can be fully submerged for half an hour without water reaching the motor or the cell.

For a palm-sized device, that's a meaningful rating. It means the bathtub is fine, the shower is fine, and rinsing under a faucet is trivially within spec.

It does not mean the device is pressure-proof. A jet from a handheld shower head at close range is a different stress than still water at 1 meter, and the seal is designed around the latter.

Splash Versus Submersion in Real Use

Picture this. It's a Sunday evening at 10 p.m., the bath is running, and you set the device on the rim of the tub where it gets splashed for 20 minutes.

Splash is easy. Water beads on the matte surface and runs off. The seal at the base never sees pressure, so nothing gets tested.

Submersion is the case the rating was written for. If it slips into the water and you fish it out 30 seconds later, you're well inside the 30-minute window. Rinse it, dry it, and don't overthink it.

The risk isn't the water. It's what's in the water: bath oil, salts, and soap reduce surface tension and let moisture creep into seams that plain water wouldn't penetrate. A long soak with bath oil is harder on the seal than a long soak without.

The Seam and the Charging Contact

Two places where water gets in, and both are at the base.

The seam runs around the housing where the two halves meet. It's the only joint on the device, and it's the one that a drop onto tile can compromise. Run a fingernail along it after every wash; a hairline crack feels like a tiny step.

The charging contact is the other. On this device it's a covered port rather than a magnetic contact, so the cover needs to be seated fully before any water exposure. A cover that's 1 millimeter open is effectively no cover at all.

Drying After Water

Shake off the excess, pat dry with a lint-free cloth, and leave it out for 20 minutes with the port cover open.

Don't put it in a sealed bag wet. Don't put it on a radiator. Don't use a hair dryer, because hot air pushes moisture past seals rather than pulling it out.

If water does get inside, the symptom is usually a muffled motor or a charge that won't hold. Stop using it and let it air out for 48 hours before you try to charge it. Charging a wet cell is the one scenario that turns a recoverable problem into a dead device.

What Voids the Rating

Three things. A drop that cracks the seam, even invisibly. A charging port cover that doesn't seat flush anymore. And prolonged exposure to hot water above 104 degrees Fahrenheit, which softens the silicone and stresses the seal.

Soap residue is the slow one. A film of body wash left on the seam keeps moisture against the joint after you've dried the surface, and over months that's what starts the failure.

The honest limitation is that IPX7 is a laboratory rating for still, fresh water. Real bathrooms have soap, oil, and heat, and none of those are in the test.

Who Doesn't Need the Waterproofing

If you never use it anywhere near water, you're paying for a feature you won't test, and a splash-resistant device would do the same job. If you want to use it in a hot bath with oils, skip this category entirely rather than pushing the seal past what it was designed for. And if the device has already been dropped onto a hard floor, treat it as splash-resistant from that point on, not submersible, regardless of what the box says.

Sources

• International Electrotechnical Commission — IEC 60529 defines the IP code, including the IPX6 jet test and the IPX7 immersion test.
• U.S. Consumer Product Safety Commission — guidance on water exposure and lithium-ion devices.
• U.S. Food and Drug Administration — general consumer information on caring for personal care devices.

This is general education, not medical advice. Water resistance degrades with age and physical damage, and no rating is permanent.