Skincare specialists

Three parts of your work where AI is already doing real lifting, and what stays yours.

• Manual facial technique + steam1910–1960

  Manual facial technique + steam (facial steamer, galvanic current device)

  The earliest professional facial treatments relied on manual manipulation, hot towels, and steam to open pores before extractions, combined with hand-applied creams and masks formulated by the salon proprietor. Helena Rubinstein and Elizabeth Arden both invested in the credentialing and training of their technicians in European manual techniques: lymphatic drainage, effleurage, tapotement, and pressure-point massage were considered the core skill set. Galvanic current devices, which use low-level direct electrical current to drive product actives into the skin (iontophoresis) or loosen debris for extraction (desincrustation), were part of the European esthetics toolkit from at least the 1920s and traveled to the US with emigre practitioners. The professional facial steamer, a cone of warm moist air directed at the face to soften comedones, became standard salon equipment by the 1930s.

• Chemical exfoliants1960–1990

  Chemical exfoliants (alpha-hydroxy acids, enzyme peels) + professional-grade skincare lines

  The 1960s and 1970s brought the first systematic clinical research into chemical exfoliation. Eugene Van Scott and Ruey Yu published foundational research on alpha-hydroxy acids in the 1970s and early 1980s, and their findings drove the development of professional-grade glycolic acid and lactic acid peel formulations that estheticians could apply at graduated concentrations. This was the first time the esthetician's toolkit included a treatment modality with documented clinical mechanism: AHAs accelerate corneocyte turnover and improve barrier function, outcomes that dermatologists could measure and verify. The separation of esthetics into distinct licensing categories in many states during the 1970s was partly a response to the increasing complexity of the chemical toolkit: state boards needed to define what a non-physician could safely apply.

  Effect on the work

  Chemical peel and AHA treatments expanded the average facial ticket price substantially in the 1980s, attracting practitioners to the specialty and supporting higher wages at medical and clinical settings compared to day spas.

• Day-spa expansion + microdermabrasion1990–2005

  Day-spa expansion + microdermabrasion (US introduction 1996)

  The 1990s saw two parallel forces reshape esthetician employment. First, the day-spa category exploded: Bliss spa, founded by Marcia Kilgore in New York and later acquired by LVMH in 1999, is often credited with launching the "accessible luxury spa" template for a younger clientele. The number of US day spas nearly doubled between 2002 and 2004 to 8,734 locations, each requiring at least one esthetician on staff. Second, microdermabrasion arrived commercially in the US in 1996 after a decade of clinical use in Italy and Europe. The device used crystallized aluminum oxide particles to mechanically exfoliate the stratum corneum, required no recovery time, and was priced accessibly enough to become the signature "lunch-break treatment" of the late 1990s. Microdermabrasion was originally limited to dermatologists but quickly became an esthetician modality as state boards clarified scope-of-practice rules. It drove a significant increase in repeat visits and average service value.

  Effect on the work

  The 2002-2004 day-spa doubling (to 8,734 US locations) represents the single largest demand pulse for esthetician hiring in the occupation's history. Employment of skincare specialists more than doubled from the 2000 OEWS baseline to the mid-2000s.

• Laser hair removal1997–2015

  Laser hair removal (FDA approved 1997) + electrology (galvanic/thermolysis)

  Laser hair removal received FDA clearance in 1997. One 2000 clinical comparison found alexandrite laser removal was faster and less painful than electrolysis, rapidly establishing it as the preferred hair-reduction modality. This created a new skill category inside the esthetician license: laser hair removal technician. Many states updated scope-of-practice rules to allow estheticians (and in some states, laser technicians under a new separate license) to operate laser and intense-pulsed-light devices under physician oversight. Electrology, the century-old practice of permanent hair removal via galvanic current and thermolysis developed in the 1920s, continued to coexist but steadily lost market share to laser. For the esthetician workforce, laser services commanded a meaningfully higher service price and drove hiring at both stand-alone laser centers and the emerging medical spa format.

  Effect on the work

  The medical spa boom that began around 1996-2002 employed estheticians as the primary service provider for laser hair removal and light-based treatments, and by 2018 over 5,000 medspas generated $7-8 billion in revenue with estheticians as core staff.

• Medical spa growth + LED phototherapy +…2010–2022

  Medical spa growth + LED phototherapy + advanced device modalities (microcurrent, RF, HIFU)

  The 2010s saw the medical spa segment scale from roughly 1,600 locations generating $1.1 billion in revenue in 2010 to over 5,000 locations generating $7-8 billion by 2018. By 2022 there were 8,841 registered medical spas in the US. Medspas brought device technologies previously limited to dermatology into the esthetician's reach: LED phototherapy panels (red light for collagen, blue light for acne bacteria), microcurrent devices that stimulate facial musculature, radiofrequency skin tightening, high-intensity focused ultrasound (HIFU), and advanced peels. Each modality required separate training and extended the scope of what a licensed esthetician could offer. The device proliferation increased average service prices and created a market for advanced-level esthetics certification on top of the basic state license.

  Effect on the work

  The medical spa expansion was a primary driver of employment growth for skincare specialists through the 2010s, with the segment collectively employing over 70,000 workers by 2022. Premium device services pay estheticians meaningfully above the median.

• AI skin analysis + practice management…2022–present

  AI skin analysis + practice management software (OBSERV 520x, Perfect Corp., Pabau Echo AI)

  By 2024-2026, AI-assisted imaging tools entered the esthetician's consultation flow. OBSERV 520x multi-spectrum skin imaging systems and Perfect Corp.'s AI Skin Analyzer perform several skin-metric assessments from a client photo, generating shareable diagnostic reports that estheticians use to anchor treatment plans and product recommendations. AI practice management software (GlossGenius, Pabau Echo AI) automates appointment booking, post-visit SOAP notes via voice transcription, progress-photo storage, and retail follow-up messages. The diagnostic consultation and the administrative overhead of the role are both being augmented, freeing chair time for hands-on treatment. The physical treatment delivery, manual extractions, and the interpersonal trust built across a multi-visit relationship remain fully human.