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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.

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lab equipment 3d model: biosafety cabinet used in lab work with white body, blue front panel, and stainless steel interior
Lab Equipment 3D Model
wooden coffee grinder 3d model: A bioreactor made of wood, and with extra smoke and water vapor.
Wooden Coffee Grinder 3D Model
yogurt bioreactor 3d model: A bioreactor for making yogurt. extra pipes and smoke.
Yogurt Bioreactor 3D Model
conical stirred tank 3d model: 3D model of a conical stirred tank bioreactor (STR) operated in batch mode. Vertical cylindrical vessel with a 60° conical bottom, total volume 40 L, working volume 30 L. Single axial impeller mounted on a central shaft, positioned above the cone with sufficient clearance from the bottom. Four vertical baffles on the tank wall. Stainless steel appearance, clean engineering style, isometric view, suitable for bioprocess design. Longitudinal cutaway technical model of a conical stirred tank bioreactor (STR), batch operation, total volume 40 L, working volume 30 L. Half-section view showing internal components: axial impeller mounted on a central shaft above the conical bottom, vertical baffles on the cylindrical wall, 60° cone angle. Engineering schematic style, clean and academic.
Conical Stirred Tank 3D Model
stirred tank bioreactor 3d model: 3D model of a conical stirred tank bioreactor (STR) operated in batch mode. Vertical cylindrical vessel with a 60° conical bottom, total volume 40 L, working volume 30 L. Single axial impeller mounted on a central shaft, positioned above the cone with sufficient clearance from the bottom. Four vertical baffles on the tank wall. Stainless steel appearance, clean engineering style, isometric view, suitable for bioprocess design.
Stirred Tank Bioreactor 3D Model
stirred tank bioreactor 3d model: Technical engineering diagram, side cutaway view of a stirred tank bioreactor with conical bottom (60 degrees). A vertical central shaft with a pitched-blade axial impeller is shown from the side, not front view. The impeller consists of 3 short flat blades welded to the shaft, angled downward, used in biochemical reactors, NOT an air fan. The blades are thick, rigid, industrial metal plates, no curved fan blades, no radial symmetry like a fan. Flat vertical wall baffles attached to the inner tank wall are shown. Black and white technical schematic, no perspective, no 3D rendering, similar to a textbook bioprocess engineering diagram.
Stirred Tank Bioreactor 3D Model
stirred tank impeller 3d model: Technical engineering diagram, side cutaway view of a stirred tank bioreactor with conical bottom (60 degrees). A vertical central shaft with a pitched-blade axial impeller is shown from the side, not front view. The impeller consists of 3 short flat blades welded to the shaft, angled downward, used in biochemical reactors, NOT an air fan. The blades are thick, rigid, industrial metal plates, no curved fan blades, no radial symmetry like a fan. Flat vertical wall baffles attached to the inner tank wall are shown. Black and white technical schematic, no perspective, no 3D rendering, similar to a textbook bioprocess engineering diagram.
Stirred Tank Impeller 3D Model
modelo 3d de biorreactor agitador: Ilustración técnica en vista lateral y corte longitudinal de un biorreactor agitado de tanque cilíndrico con fondo cónico (60°). El sistema de agitación incluye una paleta axial tipo hélice de laboratorio, montada sobre un eje vertical central, con 3 palas inclinadas (pitch angle), no vista frontalmente. Las palas son sólidas, cortas y gruesas, con geometría industrial, diseñadas para flujo axial descendente, no similares a un ventilador doméstico. La paleta se observa de perfil, mostrando claramente su inclinación y orientación axial. El tanque presenta bafles verticales planos adheridos a la pared interna, no radiales ni en forma de ventilador. Estilo: dibujo ingenieril, líneas limpias, fondo blanco o cuadriculado, sin perspectiva artística, similar a un esquema de diseño de biorreactores industriales. Sin efectos 3D exagerados, sin aspas tipo ventilador, sin vista frontal del impulsor.
Modelo 3d De Biorreactor Agitador 3D Model
stirred tank bioreactor 3d model: Longitudinal cutaway technical model of a conical stirred tank bioreactor (STR), batch operation, total volume 40 L, working volume 30 L. Half-section view showing internal components: axial impeller mounted on a central shaft above the conical bottom, vertical baffles on the cylindrical wall, 60° cone angle. Engineering schematic style, clean and academic.
Stirred Tank Bioreactor 3D Model
bioreactor 3d model: 3D model of a conical stirred tank bioreactor (STR) operated in batch mode. Vertical cylindrical vessel with a 60° conical bottom, total volume 40 L, working volume 30 L. Single axial impeller mounted on a central shaft, positioned above the cone with sufficient clearance from the bottom. Four vertical baffles on the tank wall. Stainless steel appearance, clean engineering style, isometric view, suitable for bioprocess design.
Bioreactor 3D Model
medical device 3d model: white lab bioreactor vessel with tubing and orange gasket
Medical Device 3D Model
industrial bioprocess 3d model: Task: Create a 3D industrial PHA bioplastic production system in AutoCAD (or similar CAD tool), with precise dimensions and engineering annotations. 1. **General Setup**: - Unit: Millimeters (mm) - View: Isometric view (default); include orthographic views (top/front/side) as auxiliary layouts. - Layer System: Separate layers for "Bioreactors", "Pipes", "Sensors", "Valves", "Annotations" (color-code: gray=steel, blue=glass, purple=recycle pipes, green=product pipes). 2. **Component 1: Growth Bioreactor (Left)** - Dimensions: Cylinder (Diameter: 800mm, Height: 1500mm) - Material: 316 stainless steel (exterior); inner liner: borosilicate glass (transparent, 10mm thickness) - Connections: - Fresh H2O Input: Pipe (DN50, purple), connected to top left (coordinate: X=-1000, Y=0, Z=1200) - Sucrose Substrate Input (from sugarcane): Pipe (DN80, green), connected to top right (X=-800, Y=0, Z=1200) - Brine Recycle Stream: Pipe (DN40, purple), connected to bottom left (X=-1000, Y=0, Z=
Industrial Bioprocess 3D Model
hydration biosensor box 3d model: NIX hydration biosensor packaging box with black and green design
Hydration Biosensor Box 3D Model
algae filtration system 3d model: HydroPure algae filtration unit connected to kitchen sink, green bioremediation column with clear water output and metal sink component.
Algae Filtration System 3D Model
bioreactor jar 3d model: glass bioreactor jar with bright green liquid connected to tubing and lab fittings; scientific equipment and glass vessels in a laboratory setup
Bioreactor Jar 3D Model
biotech lab equipment 3d model: bioprocess lab equipment set including glass flasks with tubing, blue reagent bottles, and a benchtop instrument
Biotech Lab Equipment 3D Model
lab equipment incubator 3d model: white laboratory incubator by Biobase with blue vent panel and caster wheels
Lab Equipment Incubator 3D Model
เครื่องมือห้องแล็บ 3d โมเดล: 1. โครงสร้างภายนอก (Exterior Design) * รูปทรง: ตัวเครื่องมีขนาดประมาณตู้เซิร์ฟเวอร์ขนาดเล็ก หรือเครื่องทำกาแฟระดับ High-end (Benchtop Scale) โครงสร้างทำจากเหล็กกล้าไร้สนิม (Stainless Steel 316L) และแผงอะคริลิกใสในส่วนที่ต้องสังเกตการณ์เซลล์ * หน้าจอแสดงผล: หน้าจอสัมผัส (Touchscreen) แสดงค่าแบบ Real-time ของระดับออกซิเจน, pH, อุณหภูมิ และความหนาแน่นของเซลล์ (Cell Density) * ระบบป้องกัน: ภายในเครื่องติดตั้งไฟ UV-C สำหรับการฆ่าเชื้อพื้นผิวก่อนเริ่มกระบวนการ และระบบกรองอากาศแบบ HEPA Filter เพื่อรักษาความสะอาดระดับห้องปลอดเชื้อ (Clean Room Class 100) 2. ระบบจำลองไขกระดูก (The Bioreactor Core) ส่วนนี้คือหัวใจของเครื่องที่ทำหน้าที่แทนไขกระดูกมนุษย์: * ตลับเส้นใยกลวง (Hollow Fiber Cartridge): ภายในมีเส้นใยขนาดจิ๋วที่ทำจาก Polyethersulfone (PES) นับพันเส้น มีรูพรุนระดับนาโนเพื่อให้น้ำยาเลี้ยงเชื้อซึมผ่านได้ แต่เซลล์จะถูกกักไว้ในพื้นที่รอบนอกเส้นใย (Extracapillary Space) * ระบบนิเวศน์ร่วม (Co-culture Interface): พื้นผิวเส้นใยถูกเคลือบด้วยโปรตีน Fibronectin เพื่อให้ M2-like Macrophages เกาะตัวอยู่เป็น "พี่เลี้ยง" ค
เครื่องมือห้องแล็บ 3d โมเดล 3D Model