Close up sci fi flower sprout reactor 3D model
Loading...
Елена

Close up sci fi flower sprout reactor 3D model

Prompt
Close-up of a hybrid sci-fi flower-sprout optimized for 3D printing. The core is a compact cylindrical reactor module with low stiffeners and simple fastening flanges, without small fragile parts. The petals are moderately curved, with a thickness of at least 2-3 mm, the edges are rounded, the veins are made as shallow grooves (not separate thin threads). The metal elements are flat plates and corners with a thickness of 2-4 mm, with no gaps and 0.5-1 mm chamfers. The composition is asymmetrical but compact, with all elements connected firmly and no loose thin parts. The style is clean sci-fi botany, with a technical concept and highly readable shapes. The background is neutral.
Model
PicLumen Art V1
Date created
07/15/26 at 3:31 PM
Seed
7984580262
Guidance Scale
1
Resolution
768 x 1344 (9:16)

Related images

Elegant woman in red corset with dramatic golden hour lighting
Charcoal portrait of a young woman on toned gray paper
Menacing 3D demon with wings on neutral gray background
Elegant dark skinned elf woman in red dress portrait
Cyborg reptilian woman in ornate steampunk biomechanical armor
Soviet era woman with flowers in a dignified pose
Elegant woman in white lace robe oil painting portrait
Surreal scribble faced woman with cracked teal glasses
Young Etruscan woman in colorful watercolor portrait
Clean anime male avatar with expressive eyes and hair
Muscular orc warrior with battle axe in 3D render
Charcoal portrait of a young woman with wavy hair
Three stylish women in retro 70s fashion portrait
Blurred skateboarder in motion against a neutral abstract background
Smiling blonde warrior woman in armor with neutral background
Sensual bust portrait of young woman in open denim shirt
Close up portrait of a young woman with hazel eyes
Close up portrait of a calm woman with soft light
Charcoal portrait of a young woman with soft side lighting
Charcoal portrait of a young woman on gray toned paper