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Bioreactor 3D Models

Find the best Bioreactor 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

Anonymous1773332492
Anonymous1773332492
Anonymous1773332492
Anonymous1773210786
Anonymous1773210786
Create a 3D model video of this bioreactor suite. Make the background white, making look like its in a room
Anonymous1773210786
Anonymous1773210786
参考这张图的结构,生成一张实验室发酵罐
Anonymous1748685323
Anonymous1769256568
Anonymous1773053980
Anonymous1772632661
浓香型白酒固态发酵生物反应器(5m³ 优化版)内外部剖面示意图
(极简工业风,无冗余文字,仅以线条 / 区块区分结构,比例贴合实际参数)
整体布局
采用立式圆柱锥底结构,整体竖置,底部 4 根重型支腿支撑,顶部蝶形封头,侧面附小型控制柜,锥底设双出料 / 排放口,整体呈现工业设备的规整比例(总高≈3200mm,圆柱段径高均≈2200mm)。
外部结构(外层线条区)
最外层:1.5mm 不锈钢外护层,圆柱段垂直、锥底 60° 收窄,表面光滑无冗余;
支撑:底部 4 根等距可调支腿,离地≥400mm,支腿呈微锥形,与锥底衔接自然;
外部接口:锥底侧下方设黄水排放口(小口径)、锥底最下端设主出料口(大口径);顶部封头凸起 2 个圆形接口(人孔 / 进料口 + 气路 / 视镜口);罐体中侧部延伸出控制柜(小型长方体),附带细管线连接罐体;
夹套标识:圆柱段 + 锥底外层与内层间,以双线条标注夹套层(全包裹式,无文字)。
内部剖面结构(核心功能区,由内到外分层 / 分区域绘制)
1. 材质层(同心圆柱 / 锥层,线条区分)
内层:304/316L 抛光内胆(主功能层,承载物料 / 部件);
中层:80mm 保温层(内胆与外护层间,单区块填充标注);
夹套层:内胆与保温层间(圆柱 + 锥底全包裹,双线条中空区,循环水控温流道)。
2. 窖泥与黄水收集系统
窖泥挂板:圆柱段内胆壁周向均匀布置矩形挂板(18-24 块,抽屉式滑轨衔接内壁,板间留细间隙),覆盖内壁 70% 区域;
黄水筛板:锥底上方 150mm 处,设全截面圆形筛板(薄片状,标注微孔纹理),筛板下方为黄水收集区(锥段中空区);
黄水接口:筛板下方锥段侧壁,对应外部黄水排放口设内接接口。
3. 搅拌与传质系统(罐体中心 + 锥筒交接处)
气动脉冲:锥筒交接处,设环形布气管(Φ2000mm,贴合内胆壁),管底标注细微孔,外层覆薄模(PTFE 防水透气膜,虚线标注),气管接顶部气路接口;
机械翻拌:罐体中心设垂直实心立轴(Φ100mm,贯穿封头至锥底上方),轴上设两层宽幅耙齿式桨叶(桨叶呈耙状,与轴铰接);立轴顶端接封头上方升降驱动模块(小型长方体,标注升降行程纹理)。
4. 感知监测系统(内壁周向 + 侧壁 + 顶部)
测温套管:圆柱段内胆壁周向等距布置4-6 根垂直套管(长条形,从封头伸入至锥筒交接处,套管上标注多测点
Anonymous1772956380
Anonymous1772846455
Anonymous1772796114
Solid-State Bioreactor Design Specifications

1. Main Reactor (External Dimensions)
	•	Length: 30 cm
	•	Breadth: 10 cm
	•	Height: 15 cm
	•	Wall Thickness: 2.5 cm

⸻

2. Main Reactor (Internal Dimensions)
	•	Internal Length: 27.5 cm
	•	Internal Breadth: 7.5 cm
	•	Internal Height: 12.5 cm

⸻

3. Substrate Tray System

The reactor contains perforated substrate trays supported by side brackets to keep them elevated and allow airflow underneath.

Tray Dimensions
	•	Tray Length: 25 cm
	•	Tray Width: 7 cm

Tray Arrangement
	•	Two trays are installed inside the reactor.
	•	The bottom tray is positioned 2 cm above the base of the reactor.
	•	The distance between the two trays is 5 cm.
	•	The top tray is positioned approximately 4.5 cm below the top section of the reactor.

Function
	•	The perforated trays allow airflow below the substrate, which supports oxygen availability during solid-state fungal growth.

⸻

4. Water / Nutrient Distribution System

A top-mounted water pipe distributes moisture or nutrients over the
Anonymous1772785879
Anonymous1770328427
For a Biopharmaceutical Vaccine Facility, the Site Microbiologist manages the “Gowning Cascade,” a critical barrier that prevents human-borne contaminants from reaching the sterile bioprocess. While the layout is less mechanically complex than a bioreactor, its spatial logic—the physical separation of “dirty” and “clean” zones—is the foundation of facility sterility.
PortaFab
PortaFab
+4
	1.	3D Visual Layout: The Cascade Transition
Your layout should represent a unidirectional flow through three distinct zones, each with increasing air pressure and cleanliness requirements.
PharmTech.com
PharmTech.com
+4
Zone 1: Locker Room (CNC/Grade D)
Components: Personal lockers, shoe racks, and hand-washing stations.
Visual: This is where street clothes are exchanged for dedicated facility scrubs.
Zone 2: Intermediate Gowning (Grade C)
Components: Stainless steel cabinets for primary garments (hairnets, beard covers, inner gloves) and the Sits-over Bench.
Visual: Use a high-contrast floor (e.g., blue to grey) to show the
Anonymous1772632661
Anonymous1772612930
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