Discover How AI and AR Transform Lip Enhancement
Our solution leverages augmented reality technology to enhance customers' online shopping experience. With seamless integration, they can instantly try on all lip shades and shapes using a live camera or uploaded selfie. Our cutting-edge technology ensures precise and realistic matching of every shade and shape, giving customers the confidence to make the perfect choice.
Transforming Customer Journeys
Leveraging Perfect Corp.'s virtual try-on software, brands can offer a variety of lip shapes for customers to try on in real-time. Seamlessly integrating into your website, this feature allows users to instantly preview and discuss results before undergoing lip enhancement. It enhances the customer experience while helping brands meet users' exact expectations.
Discover your perfect lipstick shades & shape with ease following the steps below
Lip enhancement refers to cosmetic procedures aimed at improving the size, shape, and overall appearance of the lips. These enhancements can be achieved through various methods, including injectable fillers, fat transfer, lip implants, and surgical lifts. The goal is to create fuller, more youthful, and symmetrical lips that align with the individual's aesthetic desires.
With AI-powered virtual try-on technology, customers can instantly preview how different lip shapes, shades, and enhancements will look — all in real time, right from your brand’s website. This interactive experience removes the guesswork by allowing users to try before they buy, helping them confidently explore a variety of styles that complement their facial features. Learn more in Perfect Corp Demo Page.
To avoid an overfilled or unnatural look with lip enhancement, it’s crucial to preview the results before making a decision. That’s where AI-powered virtual try-on comes in. With Perfect Corp.’s advanced lip simulation technology, users can experiment with various lip shapes—from M-shape to petal styles—and instantly see which look best complements their unique facial features in real time.