CDW

A truly gorgeous model, Rob. Superb in every way.

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The resin printed bodies need sanding and priming for sure. Being my first print, none of my settings were adjusted, I just ran it as-is which caused issues as well. There is no substitute for trial and error. I am beginning to learn what adjustments to make at a minimum level now and my current prints are turning out much better. Not quite as good as they can or will be with more practice, but better than my first attempts. Here is one that finished printing last night. Just took it off the build plate this morning. 1:24 Ferrari F156 Sharknose. This is about half of the model. The remainder will be printed later today. I keep adjusting my settings as well as trying different resins. All that is necessary to learn the winning combinations.

This about all I intend to do with this model as for me it was a proof of concept model as my first 3D printed model. I slapped on some flat black primer and am calling it a rat rod. Learned a few things along the way but still have lots to learn about this aspect of the hobby. Here are some final photos of the 34 Ford and some teaser shots of other models I have printed as part of this learning process. Included is an Aston Martin DB1 and a 54 Buick Century convertible in 1:24 scale. There are many variables to sort out with 3D printing and I do not know a way to learn except to practice, trial and error. It’s fun so far. It offers the chance for models that will likely never be seen in mass production.

Thanks guys. There is a lot to learn on this subject but most of it will be by trial and error. I have learned about another resin type that may be more shatter resistant. The resin I used will shatter if dropped on a hard floor or is flexed too much. Like I said, trial and error. Don't even think about setting up one of these printers inside your home without a big investment in proper ventilation. It really needs a separate building with ventilation and climate control.

I printed out the model in 1:12 scale, then put it all together with a water soluble acrylic glue to check the parts fit. Needs fine tuning, but that’s to be expected with a 3D print. There was an option for the body to be printed whole or with the doors separate. I think the former would have been a better option in retrospect.

I once used it to inquire about a specific canon law. It went on to tell me what experts believed about that particular law, slanted in a particular direction. When I followed up by asking if there were experts who took a different slant on the same question, it admitted that yes, there were experts who saw it in a different way. So, I agree there must be follow up questions to avoid bias, I'm not sure exactly how or why it deals with bias in the way it appears to do. We do know that humans have had a role in developing the code for it to operate, so it may be inevitable there will be bias or perhaps errors as well.

Correct me if I'm wrong, but mass and size are two entirely different things, are they not?

My first test print for this dragster wire wheel was mostly okay, but there was some sagging at the bottom of the hub which in turn caused several spokes to fail. After this first test, adjusted my second test print to include two additional supports at the bottom of the hub. This solved the sagging issue on the first print as well as the failed spokes. Not entirely perfect, but very close now to production status. The interesting thing is, it makes no difference whether you are printing one wheel or thirty wheels all at once, the print time is the same. About four hours.

Another way to learn your new 3D printer can be the ChatGPT Ai platform. After asking the basic questions about printing wire wheels, ChatGPT gives this detailed recommendation. Pretty cool. I have the test print going as I write this, using the ChatGPT recommendations. This helps take a lot of guesswork out of the equation. "using the elegoo saturn 3 and chitubox software, what are the optimum settings and orientation to print wire wheels" ChatGPT said: Printing wire wheels with an Elegoo Saturn 3 using Chitubox software requires careful setup to preserve fine detail, ensure structural integrity, and prevent print failures. Here are the optimum settings and orientation recommendations, tailored for delicate parts like wire wheels (typically 1/24–1/8 scale for modeling): ⚙️ Printer Overview Printer: Elegoo Saturn 3 (12K resolution, 7” mono screen) Software: Chitubox (latest version recommended) Resin: Use a high-detail standard or ABS-like resin (e.g., Elegoo 8K/12K resin or Siraya Tech Fast Grey/Build) 🧭 Optimal Orientation Goal: Balance print success with minimizing support contact on visible detail. Angle: Tilt the wheel at 30–45° on its vertical axis (like a coin tipped sideways), with the inner hub down and outer rim up. This allows resin to drain and minimizes suction forces. Do NOT print flat on the build plate; it causes layer lines across spokes and high failure risk. Face spokes slightly toward the build plate to reduce overhangs and preserve detail. 🧷 Supports Use custom supports to protect details: Support type: Light and medium supports Density: Medium (80–120 points depending on size) Touchpoint size: ~0.3–0.5 mm Placement: Focus supports under the hub and back of spokes, not on visible outer faces Add a few heavier supports on the base side for structural integrity Raft/Base: Use a skate raft or large base to prevent warping 🧪 Resin Exposure Settings (Baseline for Elegoo 12K resin) Adjust based on your specific resin’s MSDS or test prints Setting Value Layer Height 0.03 mm (for finest detail) Bottom Layer Count 6–8 Bottom Exposure 30–35 s Normal Exposure 2.2–2.5 s (resin dependent) Lift Distance 6 mm Lifting Speed 60 mm/min Retract Speed 80 mm/min Anti-aliasing Level 4–8 Light-off Delay 0.5–1.0 s 💡 Additional Tips Hollowing: Not needed for small wheels. For large-scale wheels (1/8 or bigger), hollow with 1.5–2 mm walls and add drain holes. Mesh Checks: Use Netfabb or Chitubox’s built-in repair to ensure spokes and rims are manifold and error-free. Test Print: Always print one wheel first, inspect for warping, loss of detail, or broken spokes before batch printing. Curing: Post-cure with minimal exposure to avoid brittleness. 1–2 minutes per side with proper rotation. Would you like a visual diagram or STL orientation preview mock-up for your wire wheels in Chitubox? I can generate one for better reference. You said: yes ChatGPT said: Image created https://sdmntprwestus3.oaiusercontent.com/files/00000000-9ad4-61fd-81b9-c69aba8b62b2/raw?se=2025-06-10T18%3A55%3A50Z&sp=r&sv=2024-08-04&sr=b&scid=49646a2b-c71c-59ad-a69f-5f4c8f88053d&skoid=9ccea605-1409-4478-82eb-9c83b25dc1b0&sktid=a48cca56-e6da-484e-a814-9c849652bcb3&skt=2025-06-09T22%3A13%3A46Z&ske=2025-06-10T22%3A13%3A46Z&sks=b&skv=2024-08-04&sig=xr0992qv7eBAYtKF7ooRcSM6yyX7t%2BtWtnZXJ1AvXys%3D https://sdmntprsouthcentralus.oaiusercontent.com/files/00000000-7a74-61f7-964b-017654b18fd6/raw?se=2025-06-10T18%3A55%3A31Z&sp=r&sv=2024-08-04&sr=b&scid=c4de8a54-a504-50c7-97d9-65caeeabff11&skoid=9ccea605-1409-4478-82eb-9c83b25dc1b0&sktid=a48cca56-e6da-484e-a814-9c849652bcb3&skt=2025-06-10T10%3A04%3A38Z&ske=2025-06-11T10%3A04%3A38Z&sks=b&skv=2024-08-04&sig=fwmkmJ%2Bfk3vkyBdeDX2cSM2RUFbNv99eKncmhFMv6Fo%3D

Learning where and what size supports, what orientation of the part to the build plate, what settings to use for the particular resin type, just to name a few, are all part of the learning curve for printing the parts. It will take time and practice to achieve acceptable results. No way around that trial and error process.

Richard Batman Woods. He’s a model fan but does not build. Building some models for his collection.

Make sure you have an appropriate environment for your 3D resin printer to live and operate. Outside in a separate building is ideal but a well-ventilated room inside can be done. Read up on it first.

After a successful trial run in 1:25 scale, it is my intention to scale this up to 1:12 scale and add even more detail to build a street rod model I want that's unavailable in injection molded kit form.

And one rabbit hole leads to another 😄. Another is an Ai program called ChatGPT. For instance, you can go into the ChatGPT program to ask specific questions about 3D printing, and it will provide near-instant answers. When this latest "BBB" was created by the House, I uploaded the entire bill into ChatGPT and asked it to give me a summary on each specific part I was interested in, and it gave me a complete rundown in just seconds. It can read thousands of pages or scan hundreds of photos to give immediate feedback on whatever you want to know. Technology is changing at an exponential rate, Jack.