Omni Glide scaled working airflow model
Budget: $250 – $750 NZD
The "Dyson Omni Glide" and Samsung Jet60 both systems have attached files for reference. I need both of these system main working bodies designed to be working printable accurate 3D .step files.
Wall thicknesses must be throughout the model including internally. All internal inner workings must be correct for airflow to work once printed. These 3D scaled working main bodies are required to work, so I require someone with skills in mechanical engineering that understands how to ensure its ability to work. The cyclone technology, bucket, bucket lid release mech, self-cleaning slider, etc and all internal workings are of the utmost importance as I require the self-cleaning dust separation systems within these two products. THE REST I DON'T REQUIRE. I just need the dust collection bucket to the top of the cyclone separator and all internals within these sections.
Components not required Electrical wiring, motor, PCB, Trigger mech isn't required either. Vacuum head, tube/pipe from head to bucket isn't required.
I have attached a few images of both Dyson Omni Glide and Samsung Jet60 to help with a current project. All modeling must be scaled and include all components to ensure these files when made will be effective and efficient such as but not limited to gaskets, buckets, etc must be working and airflow CFD optimized with CFD supplied.
Wall thicknesses must be throughout the model including internally. All internal inner workings must be correct for airflow to work once printed. These 3D scaled working main bodies are required to work, so I require someone with skills in mechanical engineering that understands how to ensure its ability to work. The cyclone technology, bucket, bucket lid release mech, self-cleaning slider, etc and all internal workings are of the utmost importance as I require the self-cleaning dust separation systems within these two products. THE REST I DON'T REQUIRE. I just need the dust collection bucket to the top of the cyclone separator and all internals within these sections.
Components not required Electrical wiring, motor, PCB, Trigger mech isn't required either. Vacuum head, tube/pipe from head to bucket isn't required.
I have attached a few images of both Dyson Omni Glide and Samsung Jet60 to help with a current project. All modeling must be scaled and include all components to ensure these files when made will be effective and efficient such as but not limited to gaskets, buckets, etc must be working and airflow CFD optimized with CFD supplied.