CAD modeling
Budget: $250 – $750 SGD
Hello!
I need some help with CAD modeling for a technical disclosure at my university. I need help to Convert my designs into CAD models/renderings.
Some professors at my university want to grow synthetic skin and study how immune cells interact with this skin. The artificial skin sits on a mesh in a basin in a 3D-printed block, where the skin is under flow from tubing connected to the side of the block. Immune cells are introduced via this tubing.
I have devised two designs:
Design 1: This device has two channels; one introducing nutrients and immune cells to the skin cell basin, as well as removing waste, and one that acts as a mock "gut" where bacteria can live.
Design 2: This device likewise has two channels, one to bring nutrients and immune cells in and one to get rid of waste. But rather than having a fully internal inlet and outlet, this design relies on overflow from continuously filling the basin from below. The overflow enters train channels, out of which waste is subsequently removed.
The target audience for these designs are the patent lawyers that will examine the technical disclosure and then the 3D printing guys that will manufacture the final design. The design does not need to be ready for 3D printing as is (although it would be helpful), because the 3D printing engineers could make their own model based on the 3D model designed here.
I have a general idea of what I'm looking for, but am seeking advice from a CAD pro to bring the concept to life.
I need some help with CAD modeling for a technical disclosure at my university. I need help to Convert my designs into CAD models/renderings.
Some professors at my university want to grow synthetic skin and study how immune cells interact with this skin. The artificial skin sits on a mesh in a basin in a 3D-printed block, where the skin is under flow from tubing connected to the side of the block. Immune cells are introduced via this tubing.
I have devised two designs:
Design 1: This device has two channels; one introducing nutrients and immune cells to the skin cell basin, as well as removing waste, and one that acts as a mock "gut" where bacteria can live.
Design 2: This device likewise has two channels, one to bring nutrients and immune cells in and one to get rid of waste. But rather than having a fully internal inlet and outlet, this design relies on overflow from continuously filling the basin from below. The overflow enters train channels, out of which waste is subsequently removed.
The target audience for these designs are the patent lawyers that will examine the technical disclosure and then the 3D printing guys that will manufacture the final design. The design does not need to be ready for 3D printing as is (although it would be helpful), because the 3D printing engineers could make their own model based on the 3D model designed here.
I have a general idea of what I'm looking for, but am seeking advice from a CAD pro to bring the concept to life.