PRO LASHBEAUTY Premade Fans Eyelash Extensions 6D-C-0.10 17mm Short Stem | 9-20mm Volume Lashes

Discover PRO LASHBEAUTY Premade Fans Eyelash Extensions, crafted to deliver lush volume with a lightweight, natural feel. The design features a short stem that integrates smoothly with your natural lashes, providing a plush, dramatic effect without adding bulk. These premade fans are ideal for artists seeking efficient application and reliable performance across a range of eye shapes and styles.

Choose from 3D through 8D fan configurations with C or D curl options in 0.07 or 0.10 thickness. Lengths run from 9 mm up to 20 mm for single-length sets, and there is a 9–15 mixed-length tray to help you create a blended lash line that transitions from inner to outer corners with ease. The result can be a bold yet balanced lash line that complements the client’s natural lashes and eye contour.

Key features

• Short stem design across multiple volume levels (3D to 8D) for flexible build options and faster sets
• Durable, heat-tolerant Black PTB material keeps extensions comfortable and resilient under daily use
• Unique double-heated bonding method helps maintain fan integrity when removing from the strip
• Stable curl that maintains lift while remaining pliable enough to adapt to different eye movements

Who it may suit

• Lash artists aiming for efficient application of dramatic volume looks
• Those wanting a lasting curl that holds up to everyday wear without appearing stiff or fake

Real-world scenarios

Whether preparing for a special event, a photoshoot, or daily wear, these premade fans offer a versatile path to a voluminous lash line. The 9–20 mm range covers most eye shapes, while the mixed-length tray helps you craft a seamless gradient from the inner to the outer corners.

Care and usage tips emphasize handling with care, proper isolation during application, and routine cleansing to keep lashes looking fresh. Store the product in a cool, dry place away from direct sunlight to preserve flexibility and curl integrity over time.