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pofmanmtb
01-08 14:16
Model Name
bidet spray handle 3d model
Tags
3d printing
3d printing realistic
plumbing
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Input
Prompt
Subject: 3D Design for High-Pressure Bidet Sprayer Handle (Engineering Spare Part). Role: Expert Industrial Designer & 3D Printing Engineer. Task: Generate a precise, watertight, and functional 3D model (or Blender Python script) for a plumbing replacement part based on the attached reference image, with the following strict technical specifications: 1. Functional Specifications (Critical): Application: Bidet Sprayer Handle / Bathroom Shataf Head. Operating Pressure: Must withstand high water pressure of 8-9 Bar. Constraint: Wall thickness must be uniform and robust (minimum 3.0mm to 4.0mm) to prevent bursting under pressure. Inlet Connection: Standard 1/2 inch BSP (British Standard Pipe) Thread. Detail: Male thread geometry must be accurate for plumbing fittings (approx. 20.9mm major diameter). Fluid Dynamics: The internal channel must be fully hollow and continuous. Outlet Nozzle: The nozzle tip must have a tapered/constricted opening. Goal: Create a "Venturi effect" to increase water velocity and jet momentum as requested (Outlet diameter should be approx. 50-60% of the internal pipe diameter). 2. Geometric & Form Description: Main Body: A rectangular, box-like upper housing that serves as the handle grip. Neck: A smooth, curved cylindrical tube extending downwards from the housing to the nozzle tip. Internal Structure: The object must be Hollow (Shell) with a continuous internal manifold path for water flow from the threaded inlet to the nozzle outlet. No internal dead-ends. 3. 3D Printing Optimization: Watertight: The mesh must be non-manifold with 0 holes (ready for Slicer software). Orientation: Optimize for FDM printing strength (Z-axis alignment for threads if possible, or horizontal for structural integrity). Material Consideration: Design assumes PETG or ABS material properties. Output Requirement: Please create the geometry focusing on the internal void (water channel) and the wall thickness required for the 8-9 Bar pressure rating.
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