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3,171 Posts
While reading Tim’s fix for broken latch handles on his Curtis Cab for his John Deere, I was inspired to see what I could make. I watched his progress with interest In posts 37, 43, 51-52, & 58.
I tested Tim’s theory with a steel version and sent it to him for comment and came close. It was close, but he made needed changes to it for it to work as it should and sent it back to me so I could see what needed corrected. I then set out to try making a 3D plastic printed part that replicated the returned steel handle.
I made one that matched the shape of the steel handle I had sent to Tim from a hard plastic. It looked promising and I felt I could include the corrections Tim pointed out. Then the same part was printed from a soft tough rubbery material which would never work, but had other significant possibilities. However, I changed my model and printed it again from the rubbery material and found many interesting things. I could get stiffness from structure. I could create the structure in multiple ways. I’ve sent samples to Tim to try again. Now we’re just waiting for warm weather so Tim can be assured he won’t need his cab for snow duty. Learning about 3D printing, materials, and CAD software capabilities have been much fun. It’s nearing the end, but I have learned a bunch about other ways to solve even more problems that would have otherwise been a lot of work to complete even seemingly simple fixes to part failures. Plus, I’m looking into other ways to make metal parts as well.
Left- The original part; Center - The hard plastic part; Right - The soft plastic part
I’ll post the reconfigured soft plastic parts after Tim gets a chance to evaluate them. Then I’ll know I can proceed with an even better solution. It’s been fun learning, no matter how old I’m getting. 😂
On to something else to keep me busy in retirement.
Much Thanks to Tim @PA318Guy for all his time and help along this path.
Bob
I tested Tim’s theory with a steel version and sent it to him for comment and came close. It was close, but he made needed changes to it for it to work as it should and sent it back to me so I could see what needed corrected. I then set out to try making a 3D plastic printed part that replicated the returned steel handle.
I made one that matched the shape of the steel handle I had sent to Tim from a hard plastic. It looked promising and I felt I could include the corrections Tim pointed out. Then the same part was printed from a soft tough rubbery material which would never work, but had other significant possibilities. However, I changed my model and printed it again from the rubbery material and found many interesting things. I could get stiffness from structure. I could create the structure in multiple ways. I’ve sent samples to Tim to try again. Now we’re just waiting for warm weather so Tim can be assured he won’t need his cab for snow duty. Learning about 3D printing, materials, and CAD software capabilities have been much fun. It’s nearing the end, but I have learned a bunch about other ways to solve even more problems that would have otherwise been a lot of work to complete even seemingly simple fixes to part failures. Plus, I’m looking into other ways to make metal parts as well.
Left- The original part; Center - The hard plastic part; Right - The soft plastic part
I’ll post the reconfigured soft plastic parts after Tim gets a chance to evaluate them. Then I’ll know I can proceed with an even better solution. It’s been fun learning, no matter how old I’m getting. 😂
On to something else to keep me busy in retirement.
Much Thanks to Tim @PA318Guy for all his time and help along this path.
Bob