CaronLab Grip Cuticle Nipper Stainless Steel Finish (S7)

The CaronLab Grip Cuticle Nipper (S7) is a quintessential professional tool designed for high-precision cuticle maintenance. Engineered for the rigorous demands of a busy salon environment, this stainless steel implement ensures a clean, effortless trim with every use.

Forged from premium-grade surgical stainless steel, the S7 model features a specialized quarter-jaw design that allows for unmatched accuracy in tight spaces. The lap-joint construction, combined with a responsive double-spring action, provides a smooth and consistent rebound that minimizes hand fatigue during extended professional services. Its ultra-sharp blades are meticulously aligned to follow the natural contours of the nail bed, allowing for the gentle removal of overgrown cuticles and hangnails without pulling, tearing, or snagging the skin. This durable implement is fully rust-resistant and designed to withstand frequent sterilization in an autoclave or with professional-grade sanitizing solutions. The polished stainless steel finish not only looks professional but also offers a smooth, ergonomic feel for maximum comfort and stability. Ideal for both manicures and pedicures, the S7 nipper is a reliable choice for technicians who refuse to compromise on quality and precision.

Who is this Product Suitable For:

• Nail technicians and manicurists who require a quarter-jaw nipper for intricate cuticle work.
• Salon professionals seeking a durable, fully sterilizable stainless steel implement.
• Individuals who desire professional-grade tools for high-accuracy home nail grooming.

How to Use:

Carefully position the quarter-jaw blades at the base of the dead cuticle or hangnail. Apply gentle pressure to the handles to make a clean, precise cut. Do not use to trim live tissue or the nail plate. After each service, sanitize the tool using an autoclave or alcohol-based solution. It is essential to dry the implement thoroughly and apply a small drop of oil to the lap joint occasionally to maintain a smooth double-spring action.