Drop a clear, well-lit portrait. PNG and JPG are supported. Even lighting on the hair gives the cleanest recolor.
Hover to see the hair region highlight automatically. Click it, then enter an exact hex code or pick from your palette. The recolored preview appears instantly with strands and highlights preserved.
Download your recolored portrait or generate several shades from one photo and export them as a ZIP to compare side by side.
See yourself as a blonde, redhead, or bold fashion color before booking a colorist — no commitment, no dye.
Recolor a client photo to the target shade so they can approve the look before the appointment.
Show the same model in every shade of a hair-dye range from one photo, with realistic shine and depth.
Recolorify works in LAB color space, which separates lightness — individual strands, highlights, and shine — from the color itself. Hair changes color without turning into a flat helmet.
Enter the precise shade you want instead of dragging a hue slider, so the result matches a real dye color or a reference photo.
Click only the hair and leave skin, eyes, and background untouched. The hair region is detected per area, not flooded across the whole image.
Lock a target color and generate multiple hair-color options from a single portrait, then export them all as a ZIP to compare.
Upload your portrait to Recolorify, click the hair region, and enter a target hex code or pick a color. Recolorify recolors the hair while preserving strands, highlights, and shine, then lets you export a full-resolution image in seconds — no Photoshop skills needed.
No. Recolorify changes color in LAB space, which keeps lightness — individual strands, highlights, and natural shine — separate from the color. The recolored hair looks like a real photograph, not a flat fill.
Yes. You can type an exact hex code so the hair matches a specific dye shade or a reference image precisely, instead of an approximate hue shift.
Yes. Lock a portrait and generate multiple shades, then export them together as a ZIP so you can compare looks side by side before deciding.