Gel manicure has really made its place in the fashion industry. While that is undoubtedly true, given how popular the chip-proof nail method has become, it is also true that the UV Lamp for nail used to achieve these chip-proof manicures has gained its own popularity with it as well.

Gel manicure UV emits UVA light, as the name suggests. Everything is beautiful about this process as a result except one thing that is the waiting time. Instead of sitting there and staring at the clock waiting for your nails to dry with multiple coats, a gel polish treatment uses ultraviolet (UV) light to dry your nails quickly. You can search for the best UV lamp for gel nails and get online as well.

The gel medium also creates a very hard finish when exposed to UV light. Instead of a week to ten days without chipping, a UV gel nail manicure can last up to three weeks.

Gel nails, on the other hand, are unlikely to chip, fracture, or peel. They could even grow out to the point where they need to be touched up without exhibiting any indications of wear. That's quite incredible. If you get the best gel nail lamp

Let's start with an explanation of how UV gel manicures work: The application of gel nail polish is a multi-step procedure. Four to five coatings of a particular nail solution are usually applied. After this the nails should be kept in a UV-A lamp along with a tiny box, exactly after each coat is applied. After this the nails tend to get dry, and when they are applied. It also brightens the skin on the back of the hand, which is fragile.

Is it safe?

The findings contradict dermatologists' beliefs that the gadgets are just as dangerous as tanning beds. This impression is based in part on a 2009 report of skin cancer on the hands of two women who had no other clear risk factors for skin cancer.

But the new study actually measured radiation from typical nail lamps.

The readings were then used to calculate the "carcinogenic effectiveness" of nail lamps using the same procedure that is used to determine the safety of medical devices.