Prompt
An advanced technical infographic poster in an industrial engineering style, in landscape orientation. The background features a deep navy blue technical drafting paper texture with very faint light gray grid lines. The overall color palette is dominated by steel gray and deep navy blue, with bright orange and bright yellow used as technical accent highlights. Shadow treatment is minimal, emphasizing industrial manufacturing-grade extreme clarity and precision. Positioned at the center of the image is an ultra-high-precision technical rendering of an industrial-grade multi-stage centrifugal pump rotor assembly. The object exhibits realistic metallic texture, with the surface displaying stainless steel brushed grain, metallic highlights, and polished chamfer details. Surrounding the central object, a dense and structured array of industrial technical elements is distributed: blueprint-style elongated dimension lines and leader lines extend from the central object, annotated with text: 'L=450.00±0.05 mm', 'Ø120.50 mm', 'R5.00', 'ANGLE: 45°'. The upper-left corner of the image presents a cross-sectional cutaway view of the rotor assembly, with the cut plane featuring standard diagonal engineering section lines, revealing the internal flow channel structure. The right side of the image contains an exploded-view assembly diagram, with components expanded outward along the central axis, clearly displaying the internal nuts, sealing rings, impellers, and bearings; parts are accompanied by leader lines and part numbers, with text reading: 'A01: MAIN SHAFT', 'A02: PRIMARY IMPELLER', 'A03: THRUST BEARING', 'A04: SEALING RING', 'A05: M8 HEX BOLT'. The lower-left corner features a material specification data block with an orange border, with text reading: 'MATERIAL SPECIFICATIONS', 'Shaft: Stainless Steel AISI 316L', 'Impeller: Cast Iron EN-GJL-250', 'Coating: Titanium Nitride (TiN)', 'Surface Finish: Ra 0.8'. Below the central object is a set of orange process flow arrows indicating manufacturing steps, with text reading sequentially: 'STEP 1: CNC TURNING', 'STEP 2: 5-AXIS MILLING', 'STEP 3: DYNAMIC BALANCING'.
