FL Nail Technician cheat sheet

Florida nail specialty licensure is governed by Chapter 477, Florida Statutes, and Chapter 61G5, Florida Administrative Code; the Board of Cosmetology regulates nail specialists, salons, and schools.

A Florida nail specialty license requires completion of a board-approved program of at least 240 hours, passage of the written and practical licensure exams, and a fee; licenses are renewed every two years.

A salon must hold a current salon license and display it, along with each practitioner's license, in a conspicuous place on the premises.

A Florida cosmetology or nail specialist license is valid for two years; a late renewal after expiration may require a delinquency fee, and practicing on an expired license is a violation subject to discipline.

Only a licensed practitioner may perform nail services; a salon owner who is not licensed may not perform services, and unlicensed practice is a ground for disciplinary action and citation.

Florida requires a licensed practitioner to be at least 16 years old; the license is not transferable and must be posted at the work location.

The Board may discipline a licensee for gross malpractice, unsanitary conditions, use of a false or assumed name, or aiding unlicensed practice; penalties include fines, probation, suspension, or revocation.

Continuing education, when required by the Board for renewal, must be board-approved and documented; the licensee keeps records and attests to completion on renewal.

A salon must notify the Department of Business and Professional Regulation of changes of ownership, name, or location, and a new owner must obtain a new salon license.

Sanitation reduces pathogens on surfaces; disinfection destroys most pathogenic organisms on implements; sterilization destroys all microbial life including bacterial spores.

Implements that contact blood or broken skin, such as nippers and cuticle scissors, are cleaned, then disinfected with an EPA-registered hospital-grade disinfectant used at label dilution and contact time.

Porous items that cannot be disinfected, such as emery boards, buffer blocks, and orangewood sticks, are single-use and discarded after each client.

Hand washing with soap and warm water precedes and follows every service; an alcohol-based hand sanitizer is used only when hands are not visibly soiled.

Disinfectant solution is changed per manufacturer instructions or when visibly contaminated; implements must be fully immersed for the labeled contact time, typically 10 minutes for hospital-grade products.

Blood and body fluid spills are cleaned while wearing gloves, then the area is disinfected; contaminated waste is placed in a closed container, and exposure incidents are documented.

A wet sanitizer or disinfectant container is labeled with the product name and the date the solution was prepared; implements are removed with tongs or clean gloves.

Single-use gloves are worn for services that may expose the technician to blood or body fluids and are changed between clients; gloves do not replace hand washing.

Electrical equipment, including nail drills and lamps, is inspected for frayed cords and kept away from water; damaged equipment is removed from service.

The nail plate is composed mainly of keratin and rests on the nail bed; the nail bed contains blood vessels and nerves and appears pink through a healthy plate.

The matrix is the living tissue at the base of the nail that produces new plate cells; damage to the matrix causes ridges, grooves, or permanent deformity.

The lunula is the visible whitish half-moon at the base of the plate and is the front portion of the matrix; it is not a separate structure.

The cuticle (eponychium) is the living skin overlapping the base of the plate; the cuticle seals the nail against infection and is not cut during a standard manicure.

The hyponychium is the seal between the free edge of the plate and the fingertip; the lateral nail fold is the skin along each side of the nail.

Nail growth averages about 3 mm (1/8 inch) per month for fingernails and about 1 mm per month for toenails; growth slows with age and in cold weather.

The nail plate is nonliving and has no nerves; pain, bleeding, or sensitivity signals involvement of living tissue such as the bed, matrix, or surrounding skin.

Skin layers: the epidermis is the outer protective layer, the dermis contains blood vessels, nerves, and glands, and the subcutaneous layer stores fat and insulates.

Fingernails grow faster than toenails, and the nail on the middle finger typically grows fastest; toenails take roughly 9 to 12 months to replace fully.

A disease is a condition requiring medical diagnosis and treatment; a disorder is an abnormality a technician may observe but not treat beyond cosmetic care.

Onychomycosis is a fungal infection of the nail that may cause thickening, discoloration, and separation; it is contagious and the client is referred to a physician.

Paronychia is inflammation of the tissue around the nail, often bacterial, marked by redness, swelling, and pain; do not perform services on inflamed tissue.

Onycholysis is the separation of the nail plate from the bed, appearing as a whitish area; causes include trauma, aggressive cleaning under the free edge, and infection.

Beau's lines are transverse grooves caused by interrupted matrix growth after illness, injury, or stress; they grow out with the plate and are not treated by the technician.

Pterygium (nail pterygium) is forward growth of the cuticle that splits the plate; onychatrophia is wasting away of the nail, and onychorrhexis is brittleness with longitudinal splitting.

Koilonychia is a spoon-shaped nail, clubbing is a bulbous enlargement of the fingertip, and both may signal systemic disease; refer the client to a physician.

A technician must refuse service and refer to a physician when signs of infection or contagious disease are present, including pus, red streaks, fever, or a sudden dark streak under the nail.

Melanonychia is dark pigmentation of the nail plate; a new, single, dark streak or band, especially at the base, warrants medical referral.

The basic manicure sequence: wash hands, shape the free edge with a file in one direction, soften cuticles, gently push back the eponychium, clean under the free edge, massage, and apply base coat, polish, and top coat.

File the natural nail from the side toward the center in one direction; sawing back and forth creates heat and splits the layers of the plate.

A coarse file removes length quickly on artificial nails; a fine-grit file (about 240 grit or higher) is used on natural nails to prevent damage.

Cuticle nippers remove only a hangnail or dead tissue with the client's consent; cutting live cuticle breaks the seal and invites infection.

In a pedicure, the water temperature is lukewarm, the basin is disinfected between clients, and the foot is soaked only as long as needed to soften tissue.

Massage strokes move toward the heart along the limb; avoid massage over inflamed, broken, or infected skin and over varicose veins.

Polish application: thin base coat, two thin color coats, and a thin top coat; thin layers dry faster and resist chipping better than thick layers.

Do not use a nail drill on the natural nail plate or on the cuticle; an electric file is used on artificial enhancements with controlled speed and light pressure.

The free edge is sealed by running the brush along the tip on the final coat to reduce chipping and water penetration.

Acrylic (liquid-and-powder) enhancements cure by a chemical reaction between the monomer liquid and polymer powder; the mix ratio controls strength and set time.

A proper acrylic bead is smooth and satiny, not runny or dry; too-wet mix causes shrinkage and lifting, and too-dry mix causes brittleness and cloudiness.

Gel enhancements cure only under a UV or LED lamp; the product must be applied thinly, and the lamp must match the product's photoinitiator requirements.

Nail tips are attached with nail glue and blended at the seam; a form is used instead of a tip to extend the plate for sculpted enhancements.

The stress area, where the free edge meets the nail bed, receives extra product thickness because it bears the most force and is the most common site of breakage.

Preparation before application includes removing cuticle from the plate, lightly buffing the surface, and dehydrating the plate; oil or moisture on the plate causes lifting.

A fill (rebalance) is scheduled every two to three weeks to fill the new growth area, thin the stress area, and replace product at the cuticle line.

Removal of acrylic is done by soaking in acetone or by filing, never by pulling or prying; gel polish is removed by soaking in acetone after breaking the top seal.

Methyl methacrylate (MMA) monomer is prohibited for use in nail enhancements in Florida and most states; ethyl methacrylate (EMA) is the accepted monomer.

The consultation establishes the client's service history, allergies, medications, occupation, and desired result; findings are documented before service begins.

A patch test is performed before a first-time application of a new enhancement product when the client reports sensitivity; the result is recorded.

Contraindications that stop a service include open wounds, fungal or bacterial infection, severe inflammation, and known allergy to a product ingredient.

Informed consent covers the products used, the risks of enhancement application, and the removal method; the client's signature is kept in the record.

Client records include the date, service performed, products and lot numbers, and any reaction; records support follow-up and are kept confidential.

The client's skin and nails are examined under good light before service; the technician reports observed abnormalities and refers the client to a physician.

Professional communication includes restating the client's request, explaining realistic outcomes, and never diagnosing a condition or promising a cure.

Sanitation is performed in view of the client: fresh implements, new files, and a visibly disinfected work area build trust and meet the standard of care.

The pH scale runs from 0 to 14; a pH of 7 is neutral, below 7 is acidic, and above 7 is alkaline. Nail products are formulated for a specific pH range.

Acetone dissolves acrylic and gel products; it is flammable, volatile, and must be used with ventilation and away from open flame.

Polymer powder is finely milled acrylic; monomer liquid is the reactive liquid that bonds the powder into a solid when mixed.

Primer improves adhesion by bonding to the natural nail plate; acid-based primer contains methacrylic acid and is used sparingly to avoid nail damage.

A UV or LED curing lamp emits light that activates photoinitiators in gel products; bulbs and lamps are cleaned and replaced per manufacturer schedule.

An electric nail file (drill) uses a handpiece and bits; bit grit and speed are matched to the task, and the handpiece is disinfected between clients.

Product containers are kept closed and labeled, stored away from heat and light, and used before the expiration date; contaminated product is discarded.

Nail polish contains film formers, plasticizers, solvents, and pigments; shaking introduces bubbles, so the bottle is rolled between the palms.

Overexposure to uncured monomers and dust can cause allergic sensitization; ventilation, gloves, dust extraction, and skin protection reduce exposure.