Please consider casting your Boost token if this model/design helps you, and don't forget to press the like button. Many thanks!

Makerworld has significantly reduced the download/print points awarded to designers. Instead, they have introduced the "Boost" token, which you can apply to models that may not be the most popular (already gaining points from downloads and prints), but are useful or meaningful to you in general. This supports and encourages us, the "losers" (those not focusing on popular themes like Star Wars, car keychains, countless airless balls, etc.), to create more useful or niche designs.

As a biologist focusing on biomedical science, particularly in gene therapies for monogenetic diseases, I enjoy exploring 3D printing as a hobby. I've recently developed an affordable 3D printed liquid aspiration unit for laboratory use, aimed at efficiently removing supernatant from biological samples. I'm pleased to share that these designs have been published in the peer reviewed scientific journal HardwareX, contributing to the accessibility and affordability of laboratory equipment for research. It’s a open access journal, therefore no paywall barrier, you can read the article here https://www.hardware-x.com/article/S2468-0672(24)00003-8/fulltext

This page holds the following models described in the article.

1. RS01: Tabletop stand: This unit is a tabletop stand that offers a stable platform to hold the aspirator during bench work. It incorporates four holes underneath the stand, specifically designed to insert small neodymium magnets (3 mm in diameter and 2 mm in height). These magnets are securely attached with adhesive to enable the firm attachment of the stand to ferromagnetic surfaces.
2. RS02: Wall mount holder: This unit is a wall-mounted holder for the aspirator that provides a convenient storage solution. It is equipped with four holes underneath the stand, designed for the insertion and adhesive attachment of small neodymium magnets (3 mm in diameter and 2 mm in height). These magnets allow secure attachment to ferromagnetic walls. Alternatively, the unit can be mounted using glue or double-sided tape.