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Anonymous1773328610
03-12 15:32
Model Name
network router enclosure 3d model
Tags
3d printing
3d printing realistic
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
router
Prompt
Generate a highly detailed, engineering-grade 3D model of a modern network router casing designed for real manufacturing. The design must be realistic, clean, and suitable for CNC machining or industrial fabrication. It must look like a professional commercial networking device used in homes or offices. STYLE AND DESIGN LANGUAGE • Modern industrial design similar to premium routers • Minimalist, professional, and clean geometry • Subtle ventilation pattern integrated into the top surface • Matte industrial look suitable for aluminum or high-grade polymer • No futuristic or sci-fi shapes DIMENSIONS • Overall size approximately: Length: 220 mm Width: 160 mm Height: 45 mm • Internal clearance for electronics board: PCB area: 180 mm x 120 mm Internal height clearance: minimum 25 mm COMPONENT CUTOUTS (BACK PANEL) Include precise cutouts for typical router interfaces: • 1 WAN Ethernet port (RJ45) • 4 LAN Ethernet ports (RJ45) • 1 USB port • 1 power input barrel jack • 1 reset pinhole Ports must be aligned and spaced realistically. ANTENNA SUPPORT • Include 2–4 external antenna mounts or internal antenna clearance areas • Threaded antenna connectors or mount holes VENTILATION • Ventilation grid on the top and bottom surfaces • Pattern must be machinable (slots or hex pattern) • Ensure airflow for heat dissipation STRUCTURE • Two-piece casing design: * top cover * bottom base • Internal standoffs for mounting PCB with M3 screws • Screw bosses for closing the case • Wall thickness: 3–4 mm suitable for CNC machining MOUNTING FEATURES • Rubber foot recesses on the bottom • Optional wall mounting slots MANUFACTURING CONSTRAINTS • Geometry must be CNC machinable with 3-axis milling • Avoid deep undercuts • Use fillets instead of sharp internal corners • Surfaces must be clean and watertight solids • Design optimized for aluminum or rigid polymer machining DETAIL LEVEL • High-precision mechanical design • Professional electronics enclosure • Clean edges and realistic engineering details OUTPUT FILES • Export manufacturable CAD files: * STEP (.step) * IGES (.igs) * STL (high resolution) • Provide 2D machining drawings and vector profiles suitable for CAM software (DXF or Gerber-style layers for reference) QUALITY • The model must be accurate enough for real fabrication • Clean topology and dimensionally consistent geometry
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Anonymous1773328610
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