Fusion 360 - 3D Printer File Component, Body & Mesh Modifications
Budget: $8 – $15 USD
We are presently working on a number of custom projects that requires some creative, mechanical and electrical edits to either raw STL files or in a few cases to the Fusion360 sources. As such, you will need to have strong experience being able to edit a component file and in the case of STLs that are all triangles, you will need to turn those into Mesh bodies that you can effectively work with.
As such, all of our projects requires that our contractors have the experience and a licensed copy of the paid version of F360, especially given that other manual methods tend to be very long and error prone. In most cases you will be working with brackets, motor mounts and various parts of 3D Printers. Some are rather small, but it is still very important to be able to check tolerances and ideally have access to a printer yourself. Knowing about the 3d Printing materials (ie PLA, ABS, PETG, etc.) is important to compensate in your design work for shrinkage and other factors that may come up.
Please make sure you read and understand these points very well, as it will save time. Basically, the work will be based on estimates of the number of hours you believe a given task will take and applying that to an agreed upon hourly rate. These are pretty basic Fusion360 tasks, and even more so if you have worked with any 3d printers previously. Generally, your work will be checked and test printed prior to approval. Oh and please indicate your level of competency in terms of electronics and mechanical components -- Samples of prior Fusion360 work would be very helpful.
Cheers!
As such, all of our projects requires that our contractors have the experience and a licensed copy of the paid version of F360, especially given that other manual methods tend to be very long and error prone. In most cases you will be working with brackets, motor mounts and various parts of 3D Printers. Some are rather small, but it is still very important to be able to check tolerances and ideally have access to a printer yourself. Knowing about the 3d Printing materials (ie PLA, ABS, PETG, etc.) is important to compensate in your design work for shrinkage and other factors that may come up.
Please make sure you read and understand these points very well, as it will save time. Basically, the work will be based on estimates of the number of hours you believe a given task will take and applying that to an agreed upon hourly rate. These are pretty basic Fusion360 tasks, and even more so if you have worked with any 3d printers previously. Generally, your work will be checked and test printed prior to approval. Oh and please indicate your level of competency in terms of electronics and mechanical components -- Samples of prior Fusion360 work would be very helpful.
Cheers!
Related categories:
CAD/CAM
3D Rendering
Mechanical Engineering
Electrical Engineering
Autodesk Fusion 360