X-Ray Hair Removal: Seeing Through the Beauty Industry (2024)

Posted on June 8, 2020

Published by Emily Baughman

Beauty is pain. Whether you’ve scored a nasty cut while shaving or destroyed your feet breaking in a pair of heels, everyone has flirted with danger in the name of becoming “more beautiful”. Dangerous beauty trends have come and, more importantly, gone throughout the years. From fad diets to bizarre make-up choices, few trends were as dangerous as x-ray treatments. Before we knew about the dangerous side effects, x-rays were an enormous fad, hailed as a solution for everything, including removal of unwanted hair. Especially for women, x-ray use in the name of beauty led to a grim conclusion. Gruesome side effects stuck around for much longer than the trend.

X-Ray Hair Removal: Seeing Through the Beauty Industry (1)

Original x-ray prints taken by Emil Grubbe, Chicago IL, c.1901. Collections of the International Museum of Surgical Science.

The discovery of x-rays shook the scientific community, but no one could have foreseen what it would do to the budding beauty industry. In 1895, Wilhelm Conrad Röntgen accidentally discovered x-rays while studying light in Germany (Chodos & Ouellette 2001). This discovery forever changed our understanding of light, and x-ray radiation research emerged as the new wild west. It didn’t take long for medicine to crave a piece of the x-ray pie. Medical researchers looked into using these electromagnetic waves for everything from diagnostic techniques to cures (Collins 2007). Only a year after the discovery, Leopold Freund began his research on x-rays and hair (Collins 2007). His work attempted to use x-rays to treat hypertrichosis, a skin disorder that causes excessive hair growth (Collins 2007). Freund discovered that when an area was treated with x-rays, the hair would eventually fall out. Hair removal was becoming not only important for these patients but for society at large as the 1900s rolled in.

X-Ray Hair Removal: Seeing Through the Beauty Industry (2)

Muller cold-cathode x-ray tube, with self-regulator and copper-clad anticathode, c. 1901-1910. Collections of the International Museum of Surgical Science.

As hemlines began to rise in the United States, razor companies started marketing their products towards women. Strappy dresses left shoulders and armpits exposed and clever advertising led to women shaving regularly for the first time in modern America (Women’s Museum of California 2017). Women have shaved their bodies on and off throughout history since ancient Egypt, but this was the beginning of it coming into fashion in the modern US (Women’s Museum of California 2017). During both World Wars, leg shaving grew sharply in popularity due to a push to save nylon for the war effort (Women’s Museum of California 2017). Women would shave to get the same smooth look of nylon stockings, while still being able to show they had bare legs as a sign of patriotism.

As many shavers would agree, hair removal isn’t a sprint but a marathon. Shaving is time-consuming, tedious, and rushing through the process can lead to a bloody conclusion. Plus, the results rarely stay for long. Some men shave in the morning only to have a 5 o’clock shadow by lunch. And many women know the pain of shaving just to have a slight breeze bring every prickly hair back. As the annoyances that came along with shaving added up, many knew there had to be a more permanent solution to hair removal. X-rays were the key. While it’s odd to think of today, x-rays became a fad after their discovery. They were hugely popular and were used for everything from shoe fitting to artistic photography. After the discovery that x-ray exposure could lead to hair loss, the treatment was marketed as an easy and long-term solution to shaving (Cleveland 1948). Largely marketed towards women, the beauty treatment took off. It was praised as a modern solution to the “ancient” problem of female body hair that had been plaguing the western public for a few decades. While the gift of hindsight makes us all cringe at this dangerous idea, x-ray hair removal was hugely popular and women poured into salons and doctors’ offices requesting to be parted from their unsightly hair (Cleveland 1948).

An advertisem*nt for Tricho Hair Removal System. The woman in the ad’s drawing is holding her face up to a large x-ray machine to remove her facial hair. From Collins, Paul. “Histories: The Perils of X-Ray Hair Removal.” New Scientist, 5 Sept. 2007, www.newscientist.com/article/mg19526202-100-histories-the-perils-of-x-ray-hair-removal/.

After the dangers of long term exposure to radiation came to light, x-ray hair removal was officially taken off the market in 1946 (Herzig 1999). However, the ban didn’t stop some women from visiting back alley salons to get these dangerous treatments (Herzig 1999). A year later, the Journal of the American Medical Association published a study that described in horrific detail the cancers caused by radiation treatments (Herzig 1999). But that still didn’t stop some users. While most women understood the dangers of these potentially lethal x-rays, some continued to get treatments for years after until the practice finally fell out of fashion. The effects of radiation stayed around for longer than the fad. Cancer research in the 1970s uncovered that 35% of radiation-based cancers in women were connected to x-ray hair removal (Herzig 1999). While these patients were willing participants in controversial methods, they were also victims of a societal beauty standard that pushed them to such dangerous lengths.

Everyone feels the pressure of impossible beauty standards, whether you shave or not. While women face pressure to be hairless, men face the opposite problem. Many men are shamed for losing hair or for not being able to grow any to begin with. We’re all pressured to be something we are not. What people do or don’t do with their hair has shifted throughout the decades, similar to fashion. While there still is pressure being put on people, self-expression seems to be one of the biggest beauty trends out there. Hopefully, these trends of healthy self-acceptance stick around much longer than any of the toxic trends of the past.

Works Cited:

Cleveland, D E H. “The removal of superfluous hair by X-rays.” Canadian Medical Association Journal vol. 59,4 (1948): 374-7.

Collins, Paul. “Histories: The Perils of X-Ray Hair Removal.” New Scientist, 5 Sept. 2007, www.newscientist.com/article/mg19526202-100-histories-the-perils-of-x-ray-hair-removal/.

Herzig, Rebecca. “Removing Roots: ‘North American Hiroshima Maidens’ and the X Ray.” Technology and Culture, vol. 40, no. 4, 1999, pp. 723–745. JSTOR, www.jstor.org/stable/25147409.

“November 8, 1895: Roentgen’s Discovery of X-Rays.” Edited by Alan Chodos and Jennifer Ouellette, APS News, American Physical Society, Nov. 2001, www.aps.org/publications/apsnews/200111/history.cfm.

Women’s Museum of California. “The History of Female Hair Removal.” Women’s Museum of California, 22 Nov. 2017, womensmuseum.wordpress.com/2017/11/22/the-history-of-female-hair-removal/.

Emily Baughman is the current Spring 2020 Education Intern at the International Museum of Surgical Science. She is in her senior year finishing a biology major at Elmhurst College. She enjoys creating artwork inspired by her love of science and medicine.

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X-Ray Hair Removal: Seeing Through the Beauty Industry (2024)

FAQs

What use did x-rays find in the beauty industry? ›

Back in the day, when x-rays were initially invented, beauticians would use x-ray as a tool to burn off hair! It became a popular hair removing technique until doctors began to notice that their patients were coming back severely sick.

Were x-rays used for hair removal? ›

Before we knew about the dangerous side effects, x-rays were an enormous fad, hailed as a solution for everything, including removal of unwanted hair. Especially for women, x-ray use in the name of beauty led to a grim conclusion. Gruesome side effects stuck around for much longer than the trend.

Can you see hair in an x-ray? ›

Artifacts from clothing, jewelry and hair are occasionally spotted on radiographs. Lucent artifacts like skin fold and hair are difficult to spot compared to radiopaque artifacts.

What are the limitations of x-ray? ›

A limitation of radiography is in the detection of foreign bodies which are weakly radiopaque, especially if the material of the foreign body has a density close to that of the surrounding soft tissue (e.g., wood). These weakly radiopaque foreign bodies will not be appreciated on the radiograph.

How are X-rays used in industry? ›

Manufacturers use industrial radiography to check for cracks or flaws in materials. Industrial radiography mostly uses x-ray and gamma radiation to show flaws that cannot be detected by the naked eye.

What are 3 things X-rays are used for? ›

X-ray radiography: Detects bone fractures, certain tumors and other abnormal masses, pneumonia, some types of injuries, calcifications, foreign objects, or dental problems.

What is the science behind hair removal? ›

During laser hair removal, a laser emits a light that is absorbed by the pigment (melanin) in the hair. The light energy is converted to heat, which damages the tube-shaped sacs within the skin (hair follicles) that produce hairs. This damage inhibits or delays future hair growth.

Does radiation remove hair? ›

Radiation therapy causes hair loss only from the area of the body where the radiation is given. Hair on the scalp will only fall out if radiation is given to the head. Hair usually begins to fall out about 2 to 3 weeks after radiation therapy starts. Radiation therapy also affects the skin in the treated area.

What hair removal do celebrities use? ›

The Celebrity Laser Hair Removal Experience at SEV. It's no secret that SEV is one of the go-to laser hair removal places for celebrities from the East Coast to the West Coast.

What Cannot be detected by X-ray? ›

An X-ray won't show subtle bone injuries, soft tissue injuries or inflammation. However, even if your doctor suspects a soft tissue injury like a tendon tear, an X-ray might be ordered to rule out a fracture.

Is there anything X-ray can see through? ›

All X-ray machines can see through clothes (not counting things like medical lead aprons, obviously), but not in the way shown in cartoons. They see through clothes, bags, people… Airport security officers, what was the weirdest things that you saw through the x-ray?

Is there anything an X-ray can't see through? ›

What materials are airport security x-ray machines incapable of seeing through? Metals for sure, and it doesn't have to be thick metal. A belt buckle will get your bag opened. Since we can't see through it, we can't see what's behind it.

What failed to pass through x-ray? ›

X-rays cannot penetrate through bones. X-rays cannot pass through skin and muscles.

What are the negative effects of an x-ray? ›

When X-ray radiation is absorbed within our bodies, it can damage molecular structures and potentially cause harm. Very high doses of radiation cause damage to human cells, as evidenced by skin burns, loss of hair, and increased incidence of cancer.

What is the x-ray limit? ›

» How much radiation is acceptable? There are no prescribed limits on radiation doses to patients. This means that no amount of radiation is considered too much for a patient when the procedure is justified by the doctor. The doctor will consider the benefits versus the risks.

What discoveries were made by X-rays? ›

The astounding discoveries made by X-ray astronomers — such as neutron stars and black holes in binary systems, and hot gas filling the space within clusters of galaxies — have revolutionized our view of the Universe.

Which of the following is the use of X-ray in the industry? ›

X-rays can penetrate many solid substances such as construction materials and living tissue, so X-ray radiography is widely used in medical diagnostics (e.g., checking for broken bones) and material science (e.g., identification of some chemical elements and detecting weak points in construction materials).

What were X-rays first used for? ›

One of Roentgen's first experiments late in 1895 was a film of the hand of his wife, Bertha. It is interesting that the first use of X-rays were for an industrial (not medical) application, as Roentgen produced a radiograph of a set of weights in a box to show his colleagues.

How are X-rays used in the medical industry? ›

What You Should Know. Healthcare providers and dentists both use x-rays for your care. A healthcare provider may recommend x-rays to look for bone fractures, some types of tumors, injuries or abnormal masses, and signs of pneumonia in the lungs. Dentists take x-rays to check for cavities or other dental problems.

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