Ardell Magnetic Eyelashes Megahold Demi Wispies

Ardell Magnetic Eyelashes MegaHold Demi Wispies are magnetic false lashes designed to add soft volume, length and definition with the iconic wispy effect. The Ardell Magnetic Eyelashes MegaHold Demi Wispies offer a convenient alternative to traditional glue-on lashes, making it easy to enhance everyday makeup or create a fuller lash look for nights out and special occasions.

Why You'll Love It

• Iconic Demi Wispies style: Creates a flattering wispy effect with added length, volume and natural-looking definition.
• Magnetic application: Designed for use with a compatible magnetic lash system as an alternative to traditional lash glue.
• MegaHold design: Created with secure magnetic hold in mind to help keep your lash look comfortably in place.
• Versatile lash look: Ardell Magnetic Eyelashes MegaHold Demi Wispies complement everything from soft everyday makeup to glamorous evening looks.

How to Use

• Check the lash against your natural lash line and trim from the outer edge if required.
• Prepare your lash line using the compatible Ardell magnetic lash system as directed.
• Position the magnetic lash along the lash line and gently adjust until comfortably in place.
• Follow brand directions on packaging for best results.

Best For

Makeup looks that need soft volume, wispy length and added definition with the convenience of a magnetic false lash application system.

FAQ

What style are Ardell Magnetic MegaHold Demi Wispies?
Demi Wispies are designed to create a soft, wispy lash effect with added length, volume and definition that complements a wide variety of eye looks.

Do Ardell Magnetic MegaHold Demi Wispies need traditional lash glue?
These lashes are designed for magnetic application rather than traditional lash adhesive. Refer to the packaging for details about the compatible magnetic system required.

Can I trim Ardell Magnetic MegaHold Demi Wispies to fit?
If necessary, carefully trim the lash from the outer edge to better fit your natural lash line, taking care not to interfere with the magnetic components.