Temptu Air Modern Glam Holiday Set, Original $250 now $55.48

This deal is Available only in some colors


TEMPTU Air Modern Glam Holiday Set: Get yourself red carpet ready for the holiday season with a curated collection of makeup artist favorites, from the authority on celebrity skin, TEMPTU. This customizable kit features the groundbreaking airbrush beauty tool, the TEMPTU Air, as well as your choice of skincare-infused Perfect Canvas Airpod Foundation, the perfect glam highlighter, and the ultimate long-wear, high-performance, lengthening, and defining Built to Lash Mascara. Water-resistant, smudge-proof, and filled with nourishing natural ingredients, it'll get you through any and every holiday soiree looking like the star you are. TEMPTU Air combined with our patented, interchangeable Airpod makeup delivers a micro-fine mist creating even, skin-perfected coverage that is always flawless, never fake. The three-speed air flow and SoftTouch control let you adjust the amount of makeup: sheer, medium or full coverage, spot conceal, highlight and contour. Instantly blended, long-lasting finish, engineered to meet even the highest standards of pro makeup artists. TEMPTU Air features an ultra-lightweight design with a long-life, rechargeable battery and USB charging cord. Wall Adapter sold separately. Perfect Canvas Hydra Lock Airpod Foundation: Transform, protect and improve the appearance of skin with our most advanced airbrush foundation. Skin appears healthier, younger and more radiant-looking with this long-wear, transfer, and water-resistant formula that features an amino acid complex shown to be 4x more hydrating than Hyaluronic Acid. Perfect Canvas Airpod Highlighter creates a luminous, natural-looking shimmer that blends instantly and will enhance features with a gorgeous, weightless glow. Built to Lash Mascara is a high-performance, long-wear, smudge-proof, water-resistant, no-flake, everyday mascara that utilizes precision tubing to enhance the look of your natural lashes while delivering maximum definition and length.