Difference between revisions of "Centrifuge"
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This section shows the BoSL Centrifuge. The BoSL centrifuge is a low-cost, open-source, freely available 3D-printed centrifuge for DNA and RNA extraction. The device can fit with any commercially available portable screwdriver, the 3D-printed components can extract twelve samples at a time. | This section shows the BoSL Centrifuge. The BoSL centrifuge is a low-cost, open-source, freely available 3D-printed centrifuge for DNA and RNA extraction. The device can fit with any commercially available portable screwdriver, the 3D-printed components can extract twelve samples at a time. | ||
− | ======''' | + | == Design == |
+ | ==='''''Rotor '''''=== | ||
This 3d printed centrifuge is following the design of fixed-angle rotor. This 3d printed rotor with lid accommodates 12 samples and can be connected to the electric screwdriver by M12 bolts. | This 3d printed centrifuge is following the design of fixed-angle rotor. This 3d printed rotor with lid accommodates 12 samples and can be connected to the electric screwdriver by M12 bolts. | ||
− | [[File:Centrifuge rotor.png|thumb|center| | + | [[File:Centrifuge rotor.png|thumb|center|400px|Centrifuge rotor]] |
− | + | <gallery | |
− | + | widths=370px | |
− | + | heights=300px > | |
+ | File:Centrifuge.jpg | ||
+ | File:Centrifuge2.jpg | ||
+ | File:Centrifuge3.jpg | ||
+ | </gallery> |
Revision as of 00:34, 24 March 2023
This section shows the BoSL Centrifuge. The BoSL centrifuge is a low-cost, open-source, freely available 3D-printed centrifuge for DNA and RNA extraction. The device can fit with any commercially available portable screwdriver, the 3D-printed components can extract twelve samples at a time.
Design
Rotor
This 3d printed centrifuge is following the design of fixed-angle rotor. This 3d printed rotor with lid accommodates 12 samples and can be connected to the electric screwdriver by M12 bolts.