Saki 6.0" Hand Painted Cobalt Alloy Hair Cutting Shears (Red/Blue)

Cobalt alloy is a step up from standard stainless, and it is the reason this shear exists. Adding cobalt to the steel lets the blade be hardened further without turning brittle — the edge stays keen noticeably longer between sharpenings, and the metal shrugs off corrosion from water and salon chemicals.

Forged, then painted by hand

Each pair is forged from high-cobalt steel and finished with hand-painted detailing on the handles — no two are quite identical. Choose the vivid red or the deep blue colorway; both carry the same working hardware underneath.

Cutting behavior

The convex edge slices rather than crushes, so hair separates cleanly with no pulling or bruised ends — the difference clients feel even if they cannot name it. At 6.0 inches, the blade covers intricate layering, clean trims, and broader section work alike. The offset ergonomic handle keeps the thumb relaxed, which matters by the eighth client of the day.

Who it suits

Stylists and barbers who want cobalt-grade edge retention and a tool with genuine personality on the station.

Specifications

• Steel: Forged high-cobalt alloy
• Edge: Convex, smooth pull-free cutting
• Length: 6.0 inches
• Handle: Offset ergonomic, hand-painted detailing
• Colorways: Red or blue
• Grade: Professional, for stylists and barbers

The blade should roughly match your middle finger; the whole shear, your palm. 6.0" is the all-round choice; 6.5"–7.0" for scissor-over-comb and barbering. Shear Size Guide — find your length in 30 seconds.

Free shipping on every order. Free returns — if it doesn’t feel right in your hand, send it back at no charge. Start your return in under a minute from the Start a Return page linked in the menu at the top of every page.

Backed by a lifetime warranty against manufacturing defects — if we find a defect in materials or workmanship, we repair or replace it. Routine sharpening, oiling, and tension adjustment are part of normal professional care and keep your edge in top shape.