Precision nail filing attachment for cleaning under nails and trimming around the cuticle area. Designed for reliable, long lasting use and smooth operation with minimal heat buildup. Key benefits Precise cleaning and filing: Enables accurate removal of debris from the underside of the nail and controlled filing around the cuticle area for a neat finish. Ideal for acrylic nails: Especially effective on acrylic and enhancement services where access under the nail and detailed edge work are required. Long lasting performance: Durable construction for extended use without rapid wear. Low heat transfer: Engineered to avoid building up heat on the nail surface during use, helping maintain client comfort during longer procedures. Compatible fit: Designed to fit Professional and JR. Nail Genie Machines for straightforward installation and consistent operation. What it solves Replaces slow, imprecise manual tools with a machine attachment that reaches tight areas with controlled motion. Reduces the risk of overfilling or accidental damage around the cuticle by providing a precise filing surface. Speeds up cleanup and detailing on acrylic sets where underside debris and adhesive residue are common. Practical use scenarios Salon maintenance: Quickly and accurately clean beneath acrylic extensions after removal of polish or adhesive buildup. Cuticle cleanup: Refine the cuticle border and smooth the surrounding edge for a polished look before finishing with polish or topcoat. Routine service: Use during regular manicures to access hardtoreach underside areas and produce consistent results across clients. Compatibility and fit Fits Professional and JR. Nail Genie Machines. Use instructions Install on compatible rotary unit according to machine guidelines. Operate at appropriate speed for the material being worked on; use light, controlled pressure for precise results. when wear begins to affect performance. This attachment provides targeted control for detailed underside cleaning and cuticlearea filing while maintaining comfort through low heat transfer and durable performance.