Vertical Inline Water Purification Enclosure

Create a realistic engineering 3D CAD model of a vertical cylindrical inline water purification enclosure based exactly on the attached hand-drawn sketch and dimensions. Overall cylindrical enclosure diameter: 6.5 cm. Overall height: approximately 18 cm. Create a longitudinal cutaway/cross-section so the internal components are clearly visible. Internal arrangement from top to bottom: Upper chamber containing an activated carbon filter, approximately 4 cm diameter. UF (ultrafiltration) filter chamber, approximately 7 cm long. Lower water-collection/flow chamber, approximately 6.5 cm high. Water outlet near the lower side, approximately 1.2 cm diameter. Include internal circular partitions/filter-support plates between the chambers, with approximately 5 mm openings/ports where indicated in the sketch. Include a 2.5 cm diameter cylindrical filter element inside the main 6.5 cm diameter housing where shown. Design the enclosure as a practical 3D-printable prototype: 3 mm wall thickness, rounded external edges, removable top/bottom covers, O-ring grooves for waterproof sealing, cylindrical inlet/outlet fittings, internal filter retaining rings, and mounting features. Use separate components for the outer housing, carbon filter holder, UF filter holder, partitions, covers, and water outlet.** Show water-flow arrows through the carbon filter → UF filter → lower chamber → water outlet. Make the cutaway section transparent/removed on one side so the complete internal structure can be seen. Engineering CAD style, realistic dimensions, clean mechanical design, high-quality 3D rendering, suitable as a reference for CATIA modelling and FDM 3D printing. Do not change the proportions or dimensions from the sketch. Add dimension callouts for 6.5 cm diameter, 18 cm height, 4 cm carbon-filter section, 7 cm UF section, 6.5 cm lower chamber, 2.5 cm filter diameter, and 1.2 cm outlet.

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