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Anonymous1764174194
11-27 04:21
Model Name
lab mixer 3d model
Tags
props
rendering
realistic
Input
Prompt
Laboratory magnetic stirrer / mini-bioreactor 3D model, highly detailed for scientific visualization. The base has a rectangular body divided into two visual zones with clearly differentiated materials: – Lower structural chassis: stainless steel brushed metal, semi-gloss industrial finish, subtle horizontal micro-scratches. – Control housing section: light graphite gray anodized aluminum, matte finish with slight metallic grain, darker than the chassis for contrast. The base includes a digital touchscreen panel tilted at ~30°, glass surface (black glossy screen-glass material) with futuristic UI elements. UI does NOT emit light bloom, no neon overexposure, realistic display brightness. The panel reads the following values but in a subtle LCD style UI: Temperature: 37.3 °C, pH: 7.2, Aeration: 45%, RPM: 350. On top, a perfectly transparent empty glass bottle / lab media jar, clean borosilicate glass material, no liquid inside, so internal parts are visible. Through the glass we can clearly see: – A 4-blade magnetic stir impeller, stainless steel polished metal, mechanical design, centered on a thin shaft. – A straight shaft rod: chrome stainless steel reflective finish. – Three vertical sensor probes entering from the lid: metallic finish with tempered steel look, slightly darker tone than the impeller. The lid/cap is cobalt blue polypropylene plastic, slightly satin plastic finish, ridged grip texture for contrast, clearly distinct from all metal and glass materials. The upper motor enclosure is: – White ABS plastic casing but converted to ivory-white satin with soft micro-plastic grain (NOT pure bright white) so it looks like a real molded polymer. – Holding structure bars: stainless steel tubular frame, brushed metal finish, realistic weld-free seamless bends. Style goal: scientific accuracy, realistic materials, high-end lab equipment aesthetic, mechanical precision, no cartoon or toy look, clean background-less model for thesis presentation.
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