3D and rendering

Good enough for product viewers, games, previsualization, and 3D printing of decorative objects. The model invents the parts the camera could not see, so the back of an object is a plausible guess rather than a measurement. They are not accurate enough for engineering, manufacturing, or anything where a dimension has to be right. For that you need a real scan.

A standard mesh, usually GLB or OBJ with the texture included. It opens in Blender, Unity, Unreal, Cinema 4D, most 3D printing software, and the model viewers built into web browsers. There is no proprietary format and nothing that ties the file to us.

Around $2 to $5 for a typical 240 frame product animation. A 1080p interior frame at 512 samples takes roughly 45 seconds on an RTX 5090 at $0.69 per hour, so 240 frames is about 3 hours. The same job on a laptop is usually an overnight render. Use the calculator on the Blender page with your own frame count and sample settings.

One thing: pack your textures into the file before you upload, using File then External Data then Pack Resources. Without that, the render comes back with pink surfaces where the textures should be, because the linked files are on your machine and not ours. Everything else, including your render settings and add-on driven materials, carries across unchanged.

TRELLIS is MIT licensed, so its output is entirely yours. Blender is GPL, which covers the software rather than your renders, so your images are yours with no conditions. Hunyuan3D has a community license with some restrictions worth reading if you are shipping its output in a product. As always, the license is shown on each model page.

It falls back to system memory and renders roughly ten times slower, which turns a cheap job into an expensive one. We check scene size before starting and move you to a larger card if it will not fit, showing you the price difference first. If you know your scene is heavy, pick the 48GB or 80GB option at the start rather than after.