The edge and the action
Built for a career of scissor work
A cutting shear does two jobs thousands of times a day: it closes, and it cuts. The Finest One is built around both, with a true convex edge for the cut and a ball-bearing pivot for the close.
A true convex edge
A beveled edge is a flat angle ground onto the blade. It is durable and forgiving, which is why it shows up on entry-level shears. A convex edge curves into the cutting line instead, putting more steel behind a finer edge. It slices rather than pushes, so hair stays in place through the close and slide cutting stays smooth.
A double ball-bearing pivot
A standard pivot is a screw turning against a washer. The two surfaces wear against each other, the tension drifts, and you end up adjusting it mid-week. A bearing pivot rolls instead of grinding, so the action stays smooth and the tension stays where you set it.
Want the same AG22 steel in a texturizer? Shop the 24M adjustable texturizer.
The steel, explained
Where AG22 sits on the scale
The HRC number is the Rockwell Hardness rating. The higher it is, the harder the steel, the finer the edge, and the longer it holds. On a cutting shear, hardness decides how long the edge stays fine enough to slide cut cleanly.
Budget steel · 420 grade ~52–55 HRC
Dulls fast. The edge starts folding hair instead of cutting it.
Premium · VG-10 59–60 HRC
What most $400–$850 shears are built on. The industry standard for premium.
AG16 cobalt61 HRC
The steel in our Ergo, Nova, and iCrane lines. 400+ cutting hours between sharpenings.
AG22 flat bar forged cobalt · 2.2% 64 HRC
This shear. The hardest steel we carry, and the top of the material chain.
Shears built on this grade of steel typically start around $1,600. Same material chain, same forging, without the name on the blade.
Who this shear is for
If most of your day is clipper work, a shear from our standard line will serve you well and cost less. The Finest One is for the cutting specialist: the hair pro whose day is mostly scissor work, who slide cuts and point cuts through dense sections, and who wants an edge that holds up to that pace.
