Realistic Plastic Nail Training Fingers for Practice and Display Key benefits Realistic practice surface: Finger shape and nail bed mimic a human thumb to give accurate results when practicing nail art and nail application techniques. Secure placement: Each finger has a selfadhesive base sticker for firm attachment to a display case or practice surface. Simply peel the sticker and press into place. Durable material: Made of plastic acrylic to withstand repeated practice sessions and product trials. Clear product contents: The set does not include glue. Please consider the actual size before ; the nail bed is equivalent to the size of a thumb. What this product does for you Helps you build precision and speed when applying polish, sculpting acrylics, or practicing nail art designs on a lifelike surface. Keeps practice fingers stable during work so you can focus on technique rather than handling. Provides a consistent platform for photographing and displaying sample nails. Features and specifications Function: Nail art and nail application training, display, and practice. Compatibility: Suitable for nail art beginners, hobbyists, and salon professionals looking to train or present designs. Size: Nail bed size equivalent to a human thumb. Please check actual size before . Material: Durable plastic acrylic construction. Attachment: Builtin selfadhesive base sticker for easy mounting. No glue included. Use scenarios Training session: A beginner practices freehand painting and tip placement on the realistic thumbsized nail bed to improve control. Salon display: A technician mounts multiple fingers on a display case to show sample designs to clients. Skill testing: A hobbyist experiments with polish colors or nail art tools without working on a live model. Notes for buyers Confirm the thumbequivalent size meets your needs before . Glue is not provided; use the included adhesive base sticker for mounting. This product offers a practical, durable, and realistic solution for nail practice and display needs without added adhesives.