Oxygen Splitter:Oxys1

grabcad

My design emphasizes on efficient oxygen flow, with equal distribution through two outlets. It's designed similar to a bag filter, having plates that guide the airflow smoothly and evenly throughout its path. I've avoided sharp corners and bends as they can negatively affect the flow. The design consists of five 3D-printable parts (as seen in Image 7). A top and bottom casing fit together snugly, preventing oxygen leakage. They can be secured with a screw or by sliding them into place. Rubber seals can also be added for extra sealing. The pipe connectors are designed to allow easy replacement based on user needs and oxygen usage. There are two options: a simple connector without a valve (Image 12) and one with a ball valve (Image 13), which allows users to control the flow of oxygen. The connectors can rotate freely within the housing, preventing tangling. The dimensions of the housing when top and bottom casings are combined are 70mm x 62mm x 20mm thick. With pipe connectors in place, the overall size is 91.5mm x 91.5mm x 20mm thick. My CFD tests show no trapped oxygen inside the housing (Images 3 & 4). Both outlets receive equal air distribution regardless of which outlet is closed. Please consider my design, named "Oxys1" for its Greek origin and being the first of its kind. Please give it a *LIKE* at the end.