Double Tip Lower Eyelash Pencil A dualtipped eyeliner designed to define lower lashes, shape brows, and create precise eyeliner looks with ease. The combination of an ultrafine tip and a doublefork tip makes lower lash contouring fast and approachable for both beginners and professional makeup users. Key benefits Precision where it matters: Ultrafine tip draws clean, precise lines for a defined lash line and sharp eyeliner edges. Natural lash definition: Doublefork tip mimics the look of lower lashes for a natural, fuller appearance without individual false lashes. Longlasting wear: Quickdrying, water, sweat, and stainresistant formula reduces smudging and maintains makeup throughout the day. Versatile and easy to use: Works for subtle daytime looks or more defined evening styles; suitable for makeup beginners and professionals. Color options for seamless blending: Available in brown and black to match and complement any eye makeup. Clear features Dualtip design: One ultrafine tip for precise lining plus one doublefork tip for lower lash definition and filling. Fastdry formula: Minimizes smudging while allowing quick application. Material and size: Made of PP; compact length about 12 cm 4.72 in for easy handling and travel. Simple packing: Each package includes one Double Tip Lower Eyelash Pencil. Use scenarios Everyday natural look: Use the doublefork tip to add subtle lower lash definition and the ultrafine tip to tighten the lash line for a polished daytime appearance. Event or evening makeup: Create a sharper, more dramatic lowerlash contour and precise eyeliner for photos or night events. Quick touchups on the go: Compact size fits in a clutch or makeup bag for fast corrections between appointments or activities. Specifications Name: Double Tip Lower Eyelash Pencil Material: PP Size: about 12 cm 4.72 in Colors: brown, black Packing list: Double Tip Lower Eyelash Pencil (1) Notes Actual product color may vary slightly from images due to monitor and lighting differences. Please allow a slight measurement deviation due to manual measurement.