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Anonymous1773636877
03-31 06:44
Model Name
stress relief stone 3d model
Tags
props
3d printing
realistic
Prompt
Generate a high-resolution, production-ready 3D model of a handheld tactile stress-relief object named “Multi-Texture Stress Stone.” Form & Geometry: The object should have an organic, asymmetrical pebble-like form inspired by naturally eroded river stones. The geometry must be smooth, continuous, and ergonomically contoured to fit comfortably within the human palm. Exact dimensions: Length: 40 mm Width: 30 mm Thickness: 15 mm All edges and transitions must have soft fillets (minimum 2–3 mm radius) to eliminate sharp edges and ensure comfort during prolonged use. Ergonomic Features: Include a centrally positioned thumb indentation: Depth: 1.5 mm Shape: elliptical concave depression Orientation: aligned with natural thumb resting position when held in one hand The indentation must smoothly blend into the surrounding surface without harsh transitions. Tactile Zones (Clearly Segmented but Integrated): Divide the surface into 4 distinct tactile interaction regions, each subtly separated by curvature rather than sharp boundaries: Ridge Zone: Fine parallel ridges Ridge height: ~0.5 mm Even spacing (~1 mm apart) Oriented for natural thumb or finger sliding motion Groove Zone: Shallow linear grooves Depth: ~0.5 mm Slightly wider spacing than ridges Designed for calming repetitive motion Dot Texture Zone: Uniform array of small raised hemispherical bumps Diameter: ~1 mm Evenly spaced grid Soft edges to avoid discomfort Smooth Zone: Completely polished surface No texture Intended as a resting/calming area Material & Surface Finish: The object should simulate a soft-touch silicone or resin material: Matte finish (low reflectivity) Slight subsurface softness appearance Non-glossy, anti-slip feel Color Palette: Use calming, neutral tones: Matte grey / warm beige / muted taupe Avoid bright or saturated colors. Functional Intent: The design must clearly communicate: Stress relief through tactile stimulation Repetitive finger interaction Discreet use in environments like classrooms or exams Manufacturing Feasibility: Ensure the model is realistic for: Injection molding OR silicone casting 3D printing (no impossible geometries or fragile features) Wall thickness and structural integrity must be consistent throughout. Rendering Instructions: Use studio lighting with soft shadows Show multiple angles (top, side, perspective) Highlight texture details clearly Background should be minimal and neutral The final output should look like a refined consumer product prototype, similar in quality to a commercial ergonomic wellness device.
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Anonymous1773636877
Anonymous1773636877