1. Assess natural lash health first — confirm the client's natural lashes are strong enough to support the heaviest gauge in the lineup before proceeding.
2. Cleanse and prep the natural lashes thoroughly, removing all oil and residue.
3. Apply primer if part of your standard protocol for stronger adhesion.
4. Isolate a single natural lash carefully, ensuring full separation before pick-up.
5. Pick up the fan from the tray at the base with a controlled tweezer angle, accounting for the fan's firmer structure.
6. Dip the base fully but evenly in adhesive, since the thicker fiber base can support a fuller bead without collapsing.
7. Place the fan on the isolated lash, keeping distance from the skin, and hold briefly to secure the bond before moving to the next lash.

• Applying this gauge to fine or compromised natural lashes — the heaviest fiber in the lineup adds real stress to weaker lashes; reserve 0.07mm for clients with confirmed lash strength and consider a lighter gauge otherwise.
• Using standard 0.03mm dip habits on the thicker base — under-applying adhesive out of habit can leave a weak bond relative to the fan's added weight; adjust bead size upward for this gauge.
• Overloading the lash line with too many fans at this thickness — attempting standard volume fan counts at 0.07mm can exceed what natural lashes can support; reduce total fan count and rely on the fiber's density to do the visual work.
• Choosing maximum length and this gauge together on non-ideal candidates — pairing 18mm length with the heaviest fiber multiplies load on the natural lash; scale length down if lash health is anything less than excellent.
• Skipping a consultation on drama level before starting — clients unfamiliar with just how bold 0.07mm reads may be surprised by the density; confirm desired intensity beforehand to avoid mismatched expectations.

• Fiber thickness: 0.07mm
• Material: Premium dark matte silk
• Length range: 9mm–18mm
• Curl options: C, CC, D
• Tray format: 16-row trays
• Retention performance: 40%+ longer curl and retention vs. standard material
• Finish: Matte, true dark tone

This is a synthetic false-lash fan product; no liquid ingredients are used, and no clinical or regulatory claims apply.

How do I know if a client's natural lashes can actually handle 0.07mm safely?

Look for strong, thick natural lashes with a healthy growth cycle and no signs of prior over-extension damage; thin, sparse, or previously stressed lash lines are poor candidates regardless of how much drama the client wants. When in doubt, a patch test area or a more conservative gauge like 0.05mm is the safer starting point.

Do I need fewer total fans per eye with 0.07mm compared to 0.05mm to achieve the same visual density?

Yes, because each fan carries more visual bulk at this thickness, achieving comparable density typically requires noticeably fewer fans than with 0.05mm or 0.03mm. Applying a standard high fan count at this gauge usually overshoots both the intended look and what the natural lash can safely carry.

Why would a client's retention be worse with 0.07mm even with the extended-retention material?

Retention is a function of both material quality and load — even improved fiber can shed sooner if the natural lash is carrying more weight than it comfortably supports at this gauge. If retention issues persist despite good technique, that's usually a sign to size down to a lighter gauge for that client rather than adjusting adhesive alone.

Can 0.07mm be used as an accent gauge mixed with lighter fibers instead of a full set?

Yes, and this is often a safer approach — placing a small number of 0.07mm fans strategically, such as in the outer corner, adds bold accent density while keeping the bulk of the set in a lighter gauge for overall lash health. This gives clients a taste of maximum drama without loading the entire lash line with the heaviest fiber.

How does working with this gauge change tweezer technique compared to finer fiber?

The firmer, thicker base holds its shape more rigidly, so it tolerates slightly more pressure during pick-up without collapsing, but that same rigidity means less "give" if the angle is off during placement. Artists moving up from finer gauges often need to slow down initially to recalibrate pressure and angle before speed returns to normal.