Ear Piercing Simulator and Virtual Earring Try-On

An ear piercing simulator is an AR tool that shows what a piercing would look like on your own ear before you get it. It uses your camera or an uploaded photo to detect the ear, then places virtual jewelry at real anatomical positions such as the lobe, helix, conch, tragus, and daith. Shoppers use it to plan a curated ear, and jewelry brands and piercing studios use it to help customers commit with confidence.

Our facial detection engine identifies the ear in the camera feed and tracks it as the head moves, then renders the selected jewelry in the correct position, scale, and orientation. High-resolution textures reproduce how each metal and stone reflects light, and motion physics make hoops and drops move naturally. The whole thing runs in a browser or inside an app, with no download and 100% privacy protection.

13 placements across the lobe and the cartilage, covering standard and upper lobe, helix, forward helix, industrial, conch, rook, daith, tragus, and anti-tragus. Shoppers can fill several positions at once to preview a complete ear stack rather than testing one earring at a time, which is what makes the tool a piercing planner and not just a filter.

Yes. The simulator ships as an e-commerce web module for product pages, a mobile SDK for iOS and Android apps, and a smart mirror build for in-store counters. Your catalog converts from single 2D product photos, so there is no 3D modeling cost, and our team supports the integration from asset conversion through launch.

You can test the live simulator free on our showcase page with no signup or download, and consumers can use the try-on free in the YouCam Makeup app. Business deployment is licensed, and pricing depends on catalog size and which channels you launch on. Contact our sales team for a free business demo and a quote.

Yes, and that is the point of it. Instead of previewing one earring at a time, you can fill several placements at once to see how a stack reads as a whole, judge the spacing between a helix and a conch, and mix metals and shapes. The finished layout saves as an image you can share or bring to a piercer.

It does. Many piercing filters only handle the lobe, which is the easy case. Ours covers helix, forward helix, industrial, conch, rook, daith, tragus, and anti-tragus alongside the lobe positions, because those cartilage placements are the ones shoppers are least certain about and most want to preview first.

Placement and scale are driven by facial analysis models trained on 70,000+ images covering a wide range of ear shapes, sizes, and skin tones, so a stud sits where it would actually sit whether the lobe is attached, detached, small, or stretched. Jewelry is rendered with true material reflections and motion physics rather than pasted on as a flat overlay.

Increasingly, yes. A studio can hand a client a tablet, let them preview placements before anything is marked, and use the saved simulation as the brief the piercer works from. It shortens the consultation at the chair, reduces second-guessing, and turns browsers who were not ready to book into confirmed appointments.