What does Hi3D do after the model is generated?
The review argues that AI models often look fine on screen but fail in printing, and that most tools stop before print preparation. Hi3D chains several steps: mesh repair, automatic splitting of characters, joint generation, clearance control, colour planning, build-plate layout and 3MF export for the slicer. The aim is to avoid manual rework in Blender or Meshmixer.
How are splitting, joints and tolerances handled?
Large figures are divided into sections such as head, torso, arms, legs and accessories, so they fit the plate and need less support cleanup on visible detail. Connectors for alignment or articulation are built into the split geometry, and clearances are generated automatically but can be adjusted in size, direction, length and fit. The reviewer expects some trial and error for articulated figures and notes the split only counts as solved if the parts slice cleanly.
What about colour, layout and slicer support?
Colour regions are derived from model structure and texture, for one to sixteen colours, and small regions are merged to limit filament changes and waste. Layout offers a mode that favours surface quality and one that minimises support. Export targets Bambu Studio, OrcaSlicer, Creality Print and Elegoo Slicer. Photo-based templates for items such as keychains or pet figurines serve beginners.
What is announced next?
Hi3D 3.0 is said to introduce 2048³ resolution model generation, with no release date given. The company also lists partnerships with Creality, Bambu Lab's MakerWorld and xTool.