7.4 Nail Tip Application, Natural Nail Repair, and Artificial Nail Removal
Key Takeaways
- Nail Tip Application is topic area 3 of the Georgia practical test, allotted 20 minutes: 5 to prepare the workstation and client, 10 to perform, 5 to clean up.
- A tip must fit sidewall to sidewall with no force and must not flatten the natural C-curve; when a nail falls between sizes, choose the larger tip and file the sidewalls down.
- The tip well should cover no more than about one third to one half of the natural plate, and the contact area is thinned and blended flush without filing the natural nail.
- The PSI outline lists "Natural nail products, procedures, and repair" and "Artificial nail removal" as Nail Care sub-topics separate from enhancement application.
- Removal is a soak-and-slide process, never a pry-and-nip process; forced removal strips plate layers and produces onychoschizia.
Nail Tip Application, Natural Nail Repair, and Artificial Nail Removal
The Nail Care topic area is 22% of the theory test and lists "Natural nail products, procedures, and repair", "Artificial nail enhancement products, application, maintenance, and repair", and "Artificial nail removal" as three distinct sub-topics. Nail Tip Application is also topic area 3 of the practical test, with its own 20-minute block. This section covers the parts of that material not already handled by the acrylic, gel, wrap, and dip sections.
1. Nail Tip Application
A tip is a pre-formed ABS plastic extension. It supplies length; it supplies almost no strength. The overlay on top provides the strength, and the tip's only job is to be a correctly fitted, well-adhered platform.
Sizing determines everything after it
The tip must fit exactly from sidewall to sidewall without force.
- A tip that is too narrow forces the technician to squeeze it onto the plate, flattening the natural C-curve, creating constant lateral tension, and producing sidewall cracks and early pop-offs. It also pinches living tissue.
- A tip that is too wide overhangs the lateral folds, catches on fabric, and lifts.
- When a client falls between sizes, choose the larger tip and file the sidewalls down to fit. Plastic can be removed; it cannot be added.
- Match the tip's C-curve to the client's own. Forcing a flat tip onto a deeply curved plate, or the reverse, guarantees stress at the contact area.
- Size all ten nails before applying any adhesive, and lay them out in order.
Preparation
- Sanitize your hands and the client's hands.
- Push back the eponychium gently; never cut living tissue.
- Remove surface shine with a light abrasive — you are dulling the plate, not thinning it. Over-filing here is the single most common cause of long-term client nail damage.
- Remove dust, then dehydrate the plate to remove surface oil and moisture. Oil is the enemy of adhesion.
Application: stop, rock, hold
- Apply adhesive to the well of the tip, not to the natural nail, in a thin even line.
- Position the tip at approximately 45 degrees to the plate so the well's stop point meets the free edge.
- Slide until the stop point contacts the free edge, then rock the tip down flat and hold for the adhesive's set time, typically 5 to 10 seconds.
- The rocking motion is what excludes air. Pressing a tip straight down closes the gap on all sides at once and traps air bubbles under the well, and every trapped bubble is a void where moisture, product, and bacteria collect.
Finishing
- Cut to length with a tip cutter, not with nippers, and cut before blending — trimming is easier while the plastic is still full thickness.
- Reduce the well. Thin the plastic of the contact area until it is nearly transparent.
- Blend the seam flush. Hold the file flat and parallel and work only the plastic. The moment you feel the file on natural nail, you have gone too far.
- Confirm no shelf, no ridge, and no lifted edge before applying the overlay.
[!IMPORTANT] The well should cover no more than about one third to one half of the natural nail plate. A tip glued halfway to the eponychium is not more secure. It is more plastic over more nail, further from the free edge, with a larger area to blend and a larger area to lift.
2. Natural Nail Repair
A repair is not an enhancement. The goal is to hold a damaged natural nail together until it grows out, using the minimum product necessary.
| Damage | Repair approach |
|---|---|
| Small crack or split, plate otherwise sound | Silk or fibreglass patch over the crack, saturated with resin, activated, filed flush. Silk turns transparent when saturated, which makes it the best choice on a visible repair. |
| Corner break with intact bed | Small fabric patch plus resin; keep the repair short and the length conservative until it grows past the damage. |
| Break with exposed nail bed | No product. The bed is living tissue and the skin is not intact. Trim carefully, protect with a bandage, and recommend medical evaluation if it is bleeding or deep. |
| Onychoschizia (horizontal peeling layers) | Not a repair problem but a cause problem. Reduce filing aggression, stop solvent over-exposure, add oil, and consider a wrap only after the cause is addressed. |
| Lifted enhancement over a green stain | Remove the enhancement; do not repair and do not re-cover. Oxygen exposure is what arrests Pseudomonas aeruginosa, and sealing it in makes it worse. |
The repair patch technique. Cut the fabric slightly smaller than the nail, leaving roughly 1/16 inch clear of the sidewalls and eponychium so no fabric contacts living skin. Apply resin over the fabric and press it flat to eliminate air. Apply activator from 6 to 8 inches away — closer produces an exothermic heat spike that burns the client and leaves the resin bubbled and pitted. Then file smooth with a fine abrasive.
3. Artificial Nail Removal
The PSI outline gives removal its own sub-topic because removal, not application, is where most natural nail damage actually happens.
Soak-off products: gel polish, soft gel, dip, wraps, acrylic
- Break the seal. File off the top coat or surface shine so solvent can reach the product. Acetone cannot penetrate an intact sealed top coat.
- Protect surrounding skin with a barrier oil or balm if the client's skin is dry or reactive.
- Soak in pure acetone — wrapped cotton or a bowl. Gentle warmth speeds the process, but never heat acetone with a direct heat source; it is highly flammable. Warm water under the bowl is the safe method.
- Wait. Typically 10 to 15 minutes for gel polish and dip, 20 to 30 for acrylic. Check by lifting a corner of one wrap.
- Slide the softened product off with a wooden pusher or a curved metal pusher held flat, working in the direction of nail growth.
- Re-soak if it resists. Resistance means it is not ready.
- Buff lightly to remove residue, then rehydrate with cuticle oil and hand cream. Acetone is a powerful degreaser and the plate leaves this process dehydrated.
Hard gel: file-off only
Hard builder gel has a dense, tightly cross-linked three-dimensional network with none of the microscopic voids engineered into soak-off products, so acetone cannot penetrate or swell it. It must be mechanically reduced, carefully, leaving a thin layer of product rather than filing into the natural plate.
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| REMOVAL: WHAT NEVER HAPPENS, AND WHY |
| |
| [PRYING with a metal pusher or nipper] --> Removes plate LAYERS with the |
| product. The result is onychoschizia: thin, peeling, painful nails |
| that clients blame on "the acrylic" when it was the removal. |
| |
| [NIPPING lifted product off] ----------> Same mechanism, plus a tear |
| that propagates under the remaining product. |
| |
| [PEELING gel polish off] --------------> The most damaging thing a client |
| does at home. Each peel takes the top layer of the plate with it. |
| |
| [FILING to "speed up" a soak] ---------> A solvent-saturated plate |
| abrades far faster than a dry one, and you cannot feel where the |
| product ends and the nail begins. |
| |
| [HEATING acetone directly] ------------> Acetone is highly flammable. |
| Warm water under the bowl only - never a hot plate or open flame. |
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4. What the Practical Evaluator Watches
Topic area 3 runs 20 minutes: 5 minutes to prepare the workstation and client, 10 minutes to perform the tip application, and 5 minutes to clean up the workstation. Each of those three blocks is scored on the task itself plus two constant criteria — adheres to workplace infection control precautions and adheres to workplace safety precautions.
In practice the evaluator is watching whether implements come from a clean source and go to the correct disposal container, whether you contaminate your kit, whether adhesive contacts living skin, whether you file into the natural plate, and whether the station is genuinely returned to a clean state. The tip looking good is necessary but not sufficient.
A client's natural nail measures between two tip sizes. What is the correct choice?
Why is a nail tip rocked down at roughly a 45-degree angle rather than pressed straight onto the plate?
Acrylic has soaked in pure acetone for 20 minutes but still resists when the technician tries to slide it off. What is correct?