Volumetric Bloom Easy Fan Mega Series

Redefine your volume sets with the Volumetric Bloom Easy Fan Mega Series. This professional grade beauty solution is engineered with a specialized Auto-Flowering architecture designed to create instant, symmetrical fans the moment they are gripped. Featuring a premium "Self Fanning" interface, these lashes are the definitive choice for technicians looking for a high performance solution specifically intended for rapid mega volume application and lush, feathery structural depth.

Why Choose This Product

• Elite Self Fanning Architecture: Utilizing a precision bonded base specifically designed to provide effortless, automatic fanning without the risk of structural collapse.

• Velvety Synthetic Fiber Frame: Providing a lightweight, ultra supple construction specifically intended to offer superior comfort and a natural tactile feel with a deep matte black finish.

• Comprehensive Extended Length Specification Frame: Featuring a specialized range from 9 mm up to 21 mm specifically intended to offer structural versatility for everything from natural sets to extreme editorial aesthetics.

• Integrated Rapid Volume Build: Offering an innovative easy fan design specifically intended to ensure professional grade density while cutting application time for mega volume sets by up to 50%.

Perfect For

• Dramatic Mega Volume Staging: Creating a cohesive, structural mega volume set that provides clients with a bold, dark, and multidimensional appearance.

• Time Sensitive Salon Environments: Utilizing the easy fan bloom technology to provide a high end foundation for technicians looking to maximize efficiency during high density services.

• Advanced Architectural Eye Mapping: Leveraging the ultra long 18 mm to 21 mm specifications specifically intended for structural "Kim K" or "Wispy" styles and stage performances.

• Reliable Master Technician Inventory: Offering a high value, structural addition to professional kits where consistent curl retention and effortless pickup are essential.

Performance and Specification Guide