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UV tattoos or blacklight tattoos are tattoos made with a special ink that is visible under an ultraviolet light (blacklight). Depending upon the ink, they can be nearly invisible in non-UV environments. Therefore they are a popular consideration for people seeking a subtler tattoo, and are particularly popular in the raver subculture.
Although the tattoos are sometimes considered invisible in normal light, scarring from the tattoo machine in the application process will remain, and therefore still show. Smaller tattoos will be easier to recognize as tattoos, while larger tattoos are more likely to be recognized as a scar at first glance. A UV tattoo becomes visible under blacklight, when it glows in colors ranging from white to purple, depending on the ink chosen. Colored ink is also available, where the ink is visible in normal light (as with a regular tattoo) but the ink will glow vividly under UV light. However, some UV inks are not as bright under normal light as normal tattoo ink and are considered not as vibrant.
Arguments against UV tattoos
||The examples and perspective in this article deal primarily with the United States and do not represent a worldwide view of the subject. (August 2011)|
No tattoo inks have ever been approved by the United States Food and Drug Administration because the FDA "has not traditionally regulated tattoo inks or the pigments used in them". Claims made that UV Tattoo Ink is "FDA Approved" when used for tattooing appear to be fraudulent; some UV-reactive tattoo inks may have been approved by the FDA for food-related purposes (such as marking food animals, like fish), but UV Tattoo Ink is also many times more expensive than regular tattoo inks. Some people have had reactions to ingredients in the ink (especially to phosphor based tattoo ink), ranging from minor itching to dermatitis. Several UV inks are suspected carcinogens and allergens and at this time no research has been conducted into the side effects of long term exposure. Although many people who have received UV or blacklight tattoos have had physical effects on the skin, any ink could cause a reaction. This can be a result of not protecting the tattoo from UV rays within 3 months of receiving the tattoo process or by using scented cremes or lotions on the tattoo area. This can damage the ink, causing it to become a normal ink color in all light. In time, it may also not glow in black lighting. /blue UV inks are known to yellow or turn slightly brown with sun exposure. Color/black UV inks are known to become colored in all lighting. Therefore, it might permanently appear as a regular tattoo.
This wiki used to state that "Another disadvantage of UV tattoos is that some of them use magnetic ingredients. If the tattooed person ever later needs to have an MRI, the magnetic material can be displaced by the strong magnets of the MRI machine. Health care professionals are warned to use MRI with caution if the patient has UV tattoos." this idea is based on theory however and in practical use does not occur as MRIs are now callabrated to accept minute amounts of magnetism. Even if a patient has an embedded rfid tag which has magnetic parts the only affect of an MRI would be slight blurring around the areas with trace amounts of magnetic material on the produced image.
Arguments for UV tattoos
Over recent years, the formulas for UV inks have been improved. It has become more common to hear reports of success with little or no reaction.
Tattoos can be mostly invisible, suitable for those who may be restricted in their choice of tattoo placement (because of their profession, for example) who can then choose to show off the tattoo under UV or Black light lighting.
UV inks are not as bright under normal light as normal tattoo inks, and do not blend during application, as normal inks do. Their effect will be dulled if regular ink is used on top of them. Therefore, for vibrant, high impact tattoos, normal ink is normally used, allowed to heal, and then highlighted with UV inks. Only highly experienced tattooists should apply UV tattoos, and should have a blacklight within arm's length of the tattoo chair. When applying white or clear UV ink, this blacklight should be turned on throughout the procedure.
UV inking takes a little bit longer than normal, due to UV inks being a little thinner and harder to work with, and because the tattoo must be wiped and checked under a blacklight frequently during application.
Also note that for non-colour based UV work, it is possible that outlines can become an issue. If the artist isn't careful, any ink or other materials they use to outline their design can become part of the work. This is not normally an issue with standard tattoos as normal coloured ink covers this. However for fully hidden UV art, this can be a problem,
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as it will most likely not be even, or well distributed within the work, and reveal some of the art instead of being mostly hidden (scarring can always give away the art).
- "White Ink Tattoos". InkDoneRight website. Retrieved 23 September 2015.
- "Consumer Updates: Think Before You Ink: Are Tattoos Safe?". US FDA website. Retrieved 8 September 2011.
- "Glow in the Dark Tattoos". InkDoneRight website. Retrieved 23 September 2015.
- 22 May 2014 Ross University School of Medicine, lecture on radiographic anatomy by Dr. Enitan Odutola
- "Photochromatic tattoo US 6470891 B2". Retrieved 9 June 2014.