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Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model

A detailed representation of Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production", compatible with standard CAD software for industrial applications.

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Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_0_0_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_0_90_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_60_30_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_0_0_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_0_90_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_0_270_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_90_0_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_270_0_degree_snapshot
Efficient Hemispherical Bioreactor 3D Printable, Reusable, Modular, Optimized For Uniform Culture Growth And Gas Exchange For Nasa Challenge "3D Printable Bioreactor For Deep Space Food Production" | High-Quality CAD Model_60_30_degree_snapshot
The files are shared to help you get inspired and speed up your workflow. They may not be fully accurate or production-ready, so review carefully before use.

About CAD

The CAD model comprises 6009 faces, 15633 edges, 9887 vertices, 76 solids. Surface types include 1187 planar, 2501 cylindrical, 126 conical, 162 spherical, 1302 toroidal, 731 other surfaces. Orientations: 2043 along the X-axis, 1198 along the Y-axis, 2768 along the Z-axis. Model dimensions: 596.45 mm wide, 265.58 mm high, 154.00 mm deep. Volumetric data: maximum volume of 165136.56 mm³, minimum volume of 29.00 mm³, average volume of 30345.28 mm³, total volume of 2306241.17 mm³

📁 File Information

File NameHB Stacking Wit...
File Type.step
Unitsmm

🔍 Geometry

Faces6009
Edges15633
Vertices9887
Solids76

🧱 Surfaces

Planar1187
Cylindrical2501
Conical126
Spherical162
Toroidal1302
Other731

🧱 Surface Orientations

X Axis2043
Y Axis1198
Z Axis2768
Other0

📏 Bounding Box

Width596.45 mm
Height265.58 mm
Depth154.00 mm

🧮 Volumes

Max Volume165136.56 mm³
Min Volume29.00 mm³
Average Volume30345.28 mm³
Total Volume2306241.17 mm³
Files 7
View NameExtensionAction
Design filestep
Front Viewwebp
Top Viewwebp
Bottom Viewwebp
Left Side Viewwebp
Right Side Viewwebp
Isometric Viewwebp

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