Fenice Professional 8.0" Japanese 440C Grooming Shears

Achieve salon-quality results at home with the Fenice Professional 8.0" Thinning Shears, a high-precision instrument engineered with master-stylist logic. Crafted from authentic Japanese 440C stainless steel, these shears utilize a cryogenic-hardening logic to ensure an ultra-sharp edge that retains its integrity through hundreds of grooming sessions. Specifically designed for "bulk-thinning" and texturizing, these shears allow you to blend coat layers seamlessly, removing weight without leaving the harsh lines typical of standard straight blades.

The shears are designed with ergonomic-symmetry logic, featuring an offset handle and an integrated finger rest to reduce hand fatigue during long grooming sessions. The specialized "comb-blade" side features high-reliability teeth that evenly distribute the cutting pressure, ensuring a smooth, snag-free experience for your pet. Whether you are finishing a poodle's topknot or thinning out a golden retriever's undercoat, these shears provide the professional control and high-performance finish required by elite beauticians.

Key Specifications

• Japanese 440C Steel Logic: Premium high-carbon steel provides superior hardness (58-60 HRC) and extreme corrosion resistance.

• Precision Thinning Ratio: Engineered to remove approximately 25-35% of hair per stroke, allowing for gradual, high-reliability blending.

• Hand-Honed Convex Edge: Specifically ground for a smooth, silent cut that won't startle sensitive pets.

• Adjustable Tension Logic: Features a high-precision leaf spring tension screw for personalized "snip-feel" and mechanical longevity.

• Anti-Fatigue Ergonomics: Anatomically shaped finger rings and a soft-silencer bumper minimize impact shock on the hand.

• Professional 8.0-Inch Profile: The extended length provides greater leverage and coverage for large breeds and thick-coated dogs.

• High-Mirror Finish: Polished to a high-reliability shine that prevents hair from sticking to the blades during use.

📏 Technical Guide