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Getting Started
I went through numerous paths through my research until I landed on the one. My first path was going through 3D-printed surgical molds, inspired by my recovery from hip surgery at the beginning of the school year. Through there, I stayed on the 3D printing track and moved over to the biotech field, focusing on the specific instruments I used when I took the class with Ms. Petri. One of the most important tools, used for almost every lab we did, is the micropipette, as seen to the right.
Why Care?
The average cost of a standard micropipette ranges from $200-300, greatly limiting the amount each lab may be able to obtain. Mason McNair, a specialist in plant and environmental sciences, explains how a 3D printed model of COBLE (collection of bespoke lab equipment) had been developed and tested in comparison of the retail equivalents. Comparing the prices of the 3D printed equipment with the retail opposites came to a difference of $9505. Additionally, their results proved that the lab was successful and anyone who has access to a 3D printer will be able to complete this exact lab, using their methods. One major instrument that was not tested in his paper, however, is the micropipette, leading me to question if it would also be effective. Seeing as their lab was successful, allowing labs to customize and print out their desired quantity of liquid would save them hundreds of dollars per device and open an entirely new field of 3D printing within the scientific field.
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